TensegrityWiki - User contributions [en]

Main Page

2022-10-28T09:32:56Z

Fernando Fraternali:

[[File:PμSL micro-prism.jpg|thumb|Fernando Fraternali (www.fernandofraternaliresearch) and Ada Amendola (<nowiki>https://www.adaamendola.it/</nowiki>), Department of Civil Engineering of the University of Salerno (Italy); Howon Lee, Department of Mechanical Engineering of the Seoul National University (Korea): 3D-printed micro-scale tensegrity prism manufactured through an in-house-built, projection micro-stereolitography (PμSL) system.]]
[[File:270 tensegrity EBM.png|thumb|Fernando Fraternali (<nowiki>https://www.fernandofraternaliresearch.com/</nowiki>) and Ada Amendola (<nowiki>https://www.adaamendola.it/</nowiki>), University of Salerno, Italy: CAD model of a tensegrity column to be 3D printed through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy]]
__NOTOC__
[[File:FF post-tensioning 1 700.png|thumb|Fernando Fraternali (<nowiki>https://www.fernandofraternaliresearch.com/</nowiki>) post-tensioning of a 3D printed tensegrity prism manufactured through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy]]

=Wiki Upgrade 2022=
The Tensegrity Wiki team has begun the 2022 upgrade project.
Click this page to read about it: [[Project_2021]]
If you are a contributor, send your consent to tensegritywiki-at-gmail.com.

=Tensegrity Challenge 2020!=
Tensegrity LEGO, Tables, Origami, Dragons, 3D Printed Custom and more!
Amazing new creations by everyone who is locked down!
Upload your latest work here.
[[File:Tensegrity EBM.png|thumb|(<nowiki>https://www.fernandofraternaliresearch.com/</nowiki>) and Ada Amendola (<nowiki>https://www.adaamendola.it/</nowiki>), University of Salerno, Italy: 3D printed tensegrity columns manufactured through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy, before insertion of post-tensioning cables]]

[[File:Ilhan86m-2020TensegrityChallenge.PNG|200px]]

Much more on this page, https://tensegritywiki.com/wiki/LEGO_Tensegrity

<gallery>
Banthabricks-2020TensegrityChallenge.PNG
Bokucci7-2020TensegrityChallenge.PNG
Boonebuilds-2020TensegrityChallenge.PNG
Bradyjoynerbricks-2020TensegrityChallenge.PNG
Brazil.tech-2020TensegrityChallenge.PNG
Bricksfeeder-2020TensegrityChallenge.PNG
Brickvibe-2020TensegrityChallenge.PNG
Brickzo-2020TensegrityChallenge.PNG
Built with lego-2020TensegrityChallenge.PNG
Cafeconlego-2020TensegrityChallenge.PNG
Dan bot-2020TensegrityChallenge.PNG
Destiny daidy-2020TensegrityChallenge.PNG
Dill est-2020TensegrityChallenge.PNG
Engineering forefront-2020TensegrityChallenge.PNG
Explorachem-2020TensegrityChallenge.PNG
Greman lego lover-2020TensegrityChallenge.PNG
Grims bricks uk-2020TensegrityChallenge.PNG
Gzs10.05-2020TensegrityChallenge.PNG
Hansolo 61-2020TensegrityChallenge.PNG
Ilhan86m-2020TensegrityChallenge.PNG
Itavix-2020TensegrityChallenge.PNG
Iviuggle-2020TensegrityChallenge.PNG
Iv lego-2020TensegrityChallenge.PNG
Jcm4nier-2020TensegrityChallenge.PNG
Jihwan.kim 06-2020TensegrityChallenge.PNG
Krob32-2020TensegrityChallenge.PNG
K lego r-2020TensegrityChallenge.PNG
Legoproectphoto-2020TensegrityChallenge.PNG
Lego life oo-2020TensegrityChallenge.PNG
Lil.garebear-2020TensegrityChallenge.PNG
Newillmeister-2020TensegrityChallenge.PNG
Noageforplay-2020TensegrityChallenge.PNG
Scienc.tech-2020TensegrityChallenge.PNG
Stardust brick-2020TensegrityChallenge.PNG
Steelermatt12-2020TensegrityChallenge.PNG
Technic united-2020TensegrityChallenge.PNG
The bricked cave-2020TensegrityChallenge.PNG
The real legoman productions-2020TensegrityChallenge.PNG
Yanaimade (2)-2020TensegrityChallenge.PNG
Yvesvanneck photography-2020TensegrityChallenge.PNG
Ivandfrites -2020TensegrityChallenge.PNG
</gallery>

[[File:RBF with tensegirty in red shirt.PNG|400x400px]]

Welcome, readers of the book "[http://www.tensegrityinbiology.co.uk/ Biotensegrity];" enjoy our new [[:Category:Portal to Biotensegrity|Portal to Biotensegrity]].

[[File:biotensegrity book cover3.jpg|200px]]
 Biotensegrity by Graham Scarr book cover [http://www.tensegrityinbiology.co.uk/]

=What is tensegrity?=
Tensegrity is the way the world organizes itself. Build or buy a model and experience it yourself!

=Why learn about it?=
Whatever your goal in life, it's good to understand how the world works. Tensegrity, discovered about 60 years ago, is a new way of understanding forces at play. Whether you are building a business, designing household objects, building robots, or trying to live sustainably in a resource-challenged world, tensegrity offers innovative ways of thinking about how parts and wholes interact.

=What is Tensegrity Wiki, The Encyclopedia of Tensegrity?=
This website is a wiki dedicated to exploring the field of tensegrity, a subset of energetic-synergetic geometry. It is intended to use the "power of crowds" to fine-tune and make available accurate knowledge about tensegrities. This includes all aspects of tensegrity including structural tensegrity sculptures, dynamically adjusting tensegrity robotics, biotensegrity as expressed in cellular mechanics, biotensegrity as expressed in mammalian anatomical fascial/bone structure, tensegrity therapy as a set of mind-body practices, tensegrity as it illuminates ancient philosophies of harmony, music and dance inspired by tensegrity, and so on.

=How do I get started?=
Dive into one of our categories, which organize the entries into themes, or access one of our most popular pages: [[Chronology of Tensegrity]], [[Bridge]], [[3 struts]], [[Icosahedron]], [[Bicycle Wheel]], [[How To Build A 30 Strut Soda Straw Dodecahedron]], [[How To Build A 3 Strut Copper Base for a Table]], [[Furniture]], [[Arch]].

Or write your own entry!

==Who can contribute?==
* University students using the wiki in their studies
* Anyone.
* Language? A lot of important work in tensegrity is being conducted as tenségrité (French), tensegridad (Spanish), Tensintegro (Italian), טנסגריטי (Hebrew). But multi-language support is not enabled on this wiki. For now, let's store articles in other languages along with the English ones.
* Questions? Contact tensegritywiki at gmail, the Wiki moderator.

==Related Sites==
* Blog on Blogspot: [http://tensegritywiki.blogspot.com tensegritywiki.blogspot.com]
* Videos on YouTube: [http://www.youtube.com/user/tensegritywiki www.youtube.com/user/tensegritywiki]
* Pins on Pinterest: [http://pinterest.com/tensegritywiki/tensegrity/]
* Buzz on Twitter: [http://twitter.com/tensegritywiki twitter.com/tensegritywiki]
* Documents on Scribd: [http://www.scribd.com/tensegritywiki scribd.com/tensegritywiki]
* PowerPoints on SlideShare: [http://www.slideshare.net/tensegritywiki www.slideshare.net/tensegritywiki]
* Friends on FaceBook: [http://www.facebook.com/home.php?#%21/profile.php?id=100000762765238 www.facebook.com/home.php?#!/profile.php?id=100000762765238]
* Group on FaceBook: [http://www.facebook.com/?ref=home#%21/group.php?gid=109819539042844 www.facebook.com/?ref=home#!/group.php?gid=109819539042844]
* Photos on Flickr: [http://www.flickr.com/groups/tensegritywiki www.flickr.com/groups/tensegritywiki]] or [http://www.flickr.com/photos/tensegritywiki/ www.flickr.com/photos/tensegritywiki/]
* Projects on Behance: [http://www.behance.net/collection/Tensegrity/11111277]
* Procedures at Instructables: [http://www.instructables.com/id/Tensegrity/]
* Experiments
** Google group, if we need it. [http://groups.google.com/group/tensegritywiki]

==Portals==
[[:Category:Portal to Architecture|Architecture]] | [[:Category:Portal to Art & Design|Art & Design]] | [[:Category:Portal to Basic Concepts|Basic Concepts]] | [[:Category:Portal to Becoming Bucky|Becoming Bucky]] | [[:Category:Portal to Biotensegrity|Biotensegrity]] | [[:Category:Portal to Cellular Biology|Cellular Biology]] | [[:Category:Portal to History|History]] | [[:Category:Portal to Languages|Languages]] | [[:Category:Portal to Mathematics|Mathematics]] | [[:Category:Portal to Model Making|Model Making]] | [[:Category:Portal to People|People]] | [[:Category:Portal to Philosophy|Philosophy]] | [[:Category:Portal to polyhedra|Polyhedra]] | [[:Category:Portal to robotics|Robotics]] | [[:Category:Software|Software]] | [[:Category:Structural Anatomy|Structural Anatomy]]

==Alphabetical list of articles==
[[10 struts]] | [[11 struts]] | [[12 Strut Chair by Rasmussen]] | [[12 struts]] | [[15 struts]] | [[2 Struts]] | [[21 Struts]] | [[270 struts]] | [[3 Strut Stool by Passi]] | [[3 Struts]] | [[30 struts]] | [[3D Printing]] | [[4 Struts]] | [[4D Geometry]] | [[5 struts]] | [[6 Strut Robot]] | [[6 Strut Suspended Chair by ETS]] | [[6 struts]] | [[60 Struts]] | [[7 Struts]] | [[8 struts]] | [[9 Struts]] | [[90 struts]] | [[92 Prism Tensegrity]] | [[99 Failures Pavilion by University of Tokyo]] | [[99 Failures Pavilion Photo Gallery]] | [[Achkov, Konstantin]] | [[ADAM Collapsible Truss System]] | [[Agogino, Alice]] | [[Agostini, Angelo]] | [[Akke Functional Art]] | [[Alexy, Christian]] | [[Anatomy Trains]] | [[AngeloAgostini]] | [[Angle]] | [[Animals]] | [[Arch]] | [[Arithmetization]] | [[Assur Truss]] | [[Atelier Architecture]] | [[Augmented Reality]] | [[Barcelona Tensegrity Tower]] | [[Bartosik, Michal Maciej]] | [[Becoming Bucky Fuller by Lorance]] | [[Behzadipour, Saeed]] | [[Benefits of Tensegrity]] | [[BEST Lab, Berkeley California]] | [[Bicycle]] | [[Bicycle wheel]] | [[Biot Tensegrity Robot]] | [[Biotensegrity]] | [[Birth]] | [[Black Mountain College]] | [[Blood]] | [[Blur Building by Diller & Scofidio]] | [[Bolitho, Jonathan]] | [[Bone]] | [[Bragdon, Claude]] | [[Bridge]] | [[Buchanan, Will]] | [[Buckminsterfullerene]] | [[Burkhardt, Robert]] | [[Burning Man]] | [[CAD]] | [[Cardboard Model Building]] | [[Castaneda, Carlos]] | [[Cells, Biological]] | [[Chronology of Tensegrity]] | [[Clar, James]] | [[Clothing]] | [[Code Aster]] | [[Collins, William]] | [[Compression]] | [[Connelly, Robert]] | [[Constructivism]] | [[Cretu, Simona-Mariana]] | [[Cube]] | [[Cuboctahedron]] | [[Cuthbert, Robby]] | [[Cylindrical Coordinates]] | [[Cytoskeleton]] | [[de Jong, Gerald]] | [[Definitions of Tensegrity]] | [[Della Sala, Francesco]] | [[Deployable Structures]] | [[Di Carlo, Biagio]] | [[Distance Geometry]] | [[DNA]] | [[Dodecahedron]] | [[Dynamics]] | [[Earnhardt, Phil]] | [[Elbow]] | [[Emmerich, David Georges]] | [[Fabric]] | [[Finite Element Method]] | [[Flemons, Tom]] | [[Floating]] | [[Floor]] | [[Folding]] | [[Force]] | [[Frame]] | [[Fuller's Two Volume Synergetics]] | [[Fuller, Margaret]] | [[Fuller, R. B. Timeline]] | [[Fuller, Richard Buckminster]] | [[Furniture]] | [[Geodesic Dome]] | [[Glass]] | [[Graph]] | [[Gridshell LEDs]] | [[Guimberteau, Jean Claude]] | [[Hamilton, Bruce]] | [[Hanaor, Ariel]] | [[Hart, George]] | [[Hirai, Shinichi]] | [[Hogden, Lee]] | [[Holidays]] | [[How To Build A 3 Strut Copper Base for a Table]] | [[How To Build A 3 Strut Hammock Stand]] | [[How To Build A 30 Strut Soda Straw Dodecahedron]] | [[How To Build A 3x5 Tensegrity Tower by de Jong]] | [[Howard, T. C]] | [[Humor]] | [[Icosahedron]] | [[Icosahedron WIth Mitch Amiano's Connectors]] | [[Ingber, Donald A]] | [[Inox]] | [[integrins]] | [[Ioganson, Karl]] | [[Jakob Tensegrity Torus]] | [[Jewelry]] | [[Jitterbug]] | [[Kenner, Hugh]] | [[Kite]] | [[Korkmaz, Sinan]] | [[Kreze, Luka]] | [[Kurilpa Bridge]] | [[La Plata Stadium]] | [[Le Ricolais, Robert]] | [[Lego]] | [[Levin, Stephen M]] | [[Lighting Fixture]] | [[Lightness]] | [[Lorance, Loretta]] | [[Lungs]] | [[Magic Passes]] | [[Mapping solid polyhedra to tensegrity structures]] | [[Margaret Fuller Book by Marshall]] | [[Martin, Arnold]] | [[Mast]] | [[Mechanobiology]] | [[membrane]] | [[Mesh Bag as Tension Network]] | [[Moods]] | [[MOOM Pavillion]] | [[Movement Therapy]] | [[Musical Instruments]] | [[Musil, Josef]] | [[Myers, Tom]] | [[NASA]] | [[NASA Tensegrity Robotics Toolkit]] | [[Needle Tower]] | [[Nexorade]] | [[Octahedron]] | [[Omnidirection]] | [[Online Applications]] | [[Opposition]] | [[Otto, Frei]] | [[Pars, Marcelo]] | [[Pavilion]] | [[Pelvis]] | [[Photonium, Tower of Light by Snelson]] | [[Plane]] | [[Pneumatics]] | [[Pope, Theodore]] | [[Prairie House by Orambra]] | [[prestress]] | [[Prism]] | [[Prosthetics]] | [[Qball, 12 Curved Strut Tensegrity]] | [[Rhode-Barbarigos, Landolf]] | [[Rhombic Dodecahedron]] | [[RIMOSA Tensegrity Sculptures Program]] | [[Robotics]] | [[Rossiter, Adrian]] | [[Santiago Radio Tower]] | [[scaffold]] | [[scale]] | [[Scarr, Graham]] | [[Shade Structure]] | [[Shai, Offer]] | [[shear]] | [[Sils, Juris]] | [[Skelton, Robert]] | [[Skew]] | [[Skwish]] | [[Skylon]] | [[Smith, Winston]] | [[Snelson Stool by Weller]] | [[Snelson, Kenneth]] | [[Space]] | [[Space Exploration]] | [[Specific Strength]] | [[Spine]] | [[Springs]] | [[Stability]] | [[Stairway]] | [[Stavrev, Val]] | [[Stella Octangula]] | [[Sterk, Tristan D'estree]] | [[Stiffness]] | [[Stress]] | [[Strut]] | [[Strut Effect]] | [[Strut, Curved]] | [[Strut, Hoop]] | [[Strut, Linear]] | [[Strut, Materials]] | [[Strut, Nucleated]] | [[Strut, Ring]] | [[SunSpiral, Vytas]] | [[Super Ball Bot]] | [[Suspended Bridge by Paradiso]] | [[Synergetics]] | [[Synergetics Dictionary]] | [[t-icosa]] | [[Taffgoch]] | [[Tendon]] | [[Tendon, Materials]] | [[Tensairity]] | [[Tensegridad (Spanish)]] | [[Tensegrita (Italian)]] | [[Tensegriteam]] | [[Tensegriteit (Dutch)]] | [[Tensegritoy]] | [[Tensegrity]] | [[Tensegrity (Czech)]] | [[Tensegrity (German)]] | [[Tensegrity Goes Blob by Trier University]] | [[Tensegrity Goes Blob Photo Gallery]] | [[Tensegrity Lights by Bartosik]] | [[Tensegrity Pavilion AA School 2010]] | [[Tensegrity Tower by Ondrej Otypka]] | [[Tensegrity, Etymology]] | [[Tensegrity, Portfolio and Art News Annual 1961]] | [[Tension]] | [[Tension Pavilion 2016]] | [[Tension Pavilion 2016 Photo Gallery]] | [[Tent]] | [[Tetrahedron]] | [[Textiles as Tension Technology]] | [[Tomassian, Raffi]] | [[Torus]] | [[Tree]] | [[Tricontahedron]] | [[Tuning]] | [[Twist Angle]] | [[Tyler, Tim]] | [[Underwood Pavilion by Riether, Wit, Putt]] | [[Underwood Pavilion Photo Gallery]] | [[v-expander]] | [[Van Dokkum, Onno]] | [[Videos]] | [[Wall]] | [[Warnow Tower]] | [[Warren, John]] | [[Weaving]] | [[Wheelchair]] | [[Whiteley, Walter]] | [[Winch]] | [[Wire Roap]] | [[Wroldsen, Anders Sunde]] | [[X Tensegrity]] | [[Yin Yang]] | [[You Can Touch This]] | [[Young's Modulus]] | [[Your Private Sky Books]] | [[Zhang, Jingyao]]

[[Category:t-internal]]

Main Page

2022-10-28T09:27:27Z

Fernando Fraternali:

[[File:PμSL micro-prism.jpg|thumb|Fernando Fraternali (www.fernandofraternaliresearch) and Ada Amendola (<nowiki>https://www.adaamendola.it/</nowiki>), Department of Civil Engineering of the University of Salerno (Italy); Howon Lee, Department of Mechanical Engineering of the Seoul National University (Korea): 3D-printed micro-scale tensegrity prism manufactured through an in-house-built, projection micro-stereolitography (PμSL) system]]
[[File:270 tensegrity EBM.png|thumb|Fernando Fraternali (<nowiki>https://www.fernandofraternaliresearch.com/</nowiki>) and Ada Amendola (<nowiki>https://www.adaamendola.it/</nowiki>), University of Salerno, Italy: CAD model of a tensegrity column to be 3D printed through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy]]
__NOTOC__
[[File:FF post-tensioning 1 700.png|thumb|Fernando Fraternali (<nowiki>https://www.fernandofraternaliresearch.com/</nowiki>) post-tensioning of a 3D printed tensegrity prism manufactured through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy]]

=Wiki Upgrade 2022=
The Tensegrity Wiki team has begun the 2022 upgrade project.
Click this page to read about it: [[Project_2021]]
If you are a contributor, send your consent to tensegritywiki-at-gmail.com.

=Tensegrity Challenge 2020!=
Tensegrity LEGO, Tables, Origami, Dragons, 3D Printed Custom and more!
Amazing new creations by everyone who is locked down!
Upload your latest work here.
[[File:Tensegrity EBM.png|thumb|(<nowiki>https://www.fernandofraternaliresearch.com/</nowiki>) and Ada Amendola (<nowiki>https://www.adaamendola.it/</nowiki>), University of Salerno, Italy: 3D printed tensegrity columns manufactured through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy, before insertion of post-tensioning cables]]

[[File:Ilhan86m-2020TensegrityChallenge.PNG|200px]]

Much more on this page, https://tensegritywiki.com/wiki/LEGO_Tensegrity

<gallery>
Banthabricks-2020TensegrityChallenge.PNG
Bokucci7-2020TensegrityChallenge.PNG
Boonebuilds-2020TensegrityChallenge.PNG
Bradyjoynerbricks-2020TensegrityChallenge.PNG
Brazil.tech-2020TensegrityChallenge.PNG
Bricksfeeder-2020TensegrityChallenge.PNG
Brickvibe-2020TensegrityChallenge.PNG
Brickzo-2020TensegrityChallenge.PNG
Built with lego-2020TensegrityChallenge.PNG
Cafeconlego-2020TensegrityChallenge.PNG
Dan bot-2020TensegrityChallenge.PNG
Destiny daidy-2020TensegrityChallenge.PNG
Dill est-2020TensegrityChallenge.PNG
Engineering forefront-2020TensegrityChallenge.PNG
Explorachem-2020TensegrityChallenge.PNG
Greman lego lover-2020TensegrityChallenge.PNG
Grims bricks uk-2020TensegrityChallenge.PNG
Gzs10.05-2020TensegrityChallenge.PNG
Hansolo 61-2020TensegrityChallenge.PNG
Ilhan86m-2020TensegrityChallenge.PNG
Itavix-2020TensegrityChallenge.PNG
Iviuggle-2020TensegrityChallenge.PNG
Iv lego-2020TensegrityChallenge.PNG
Jcm4nier-2020TensegrityChallenge.PNG
Jihwan.kim 06-2020TensegrityChallenge.PNG
Krob32-2020TensegrityChallenge.PNG
K lego r-2020TensegrityChallenge.PNG
Legoproectphoto-2020TensegrityChallenge.PNG
Lego life oo-2020TensegrityChallenge.PNG
Lil.garebear-2020TensegrityChallenge.PNG
Newillmeister-2020TensegrityChallenge.PNG
Noageforplay-2020TensegrityChallenge.PNG
Scienc.tech-2020TensegrityChallenge.PNG
Stardust brick-2020TensegrityChallenge.PNG
Steelermatt12-2020TensegrityChallenge.PNG
Technic united-2020TensegrityChallenge.PNG
The bricked cave-2020TensegrityChallenge.PNG
The real legoman productions-2020TensegrityChallenge.PNG
Yanaimade (2)-2020TensegrityChallenge.PNG
Yvesvanneck photography-2020TensegrityChallenge.PNG
Ivandfrites -2020TensegrityChallenge.PNG
</gallery>

[[File:RBF with tensegirty in red shirt.PNG|400x400px]]

Welcome, readers of the book "[http://www.tensegrityinbiology.co.uk/ Biotensegrity];" enjoy our new [[:Category:Portal to Biotensegrity|Portal to Biotensegrity]].

[[File:biotensegrity book cover3.jpg|200px]]
 Biotensegrity by Graham Scarr book cover [http://www.tensegrityinbiology.co.uk/]

=What is tensegrity?=
Tensegrity is the way the world organizes itself. Build or buy a model and experience it yourself!

=Why learn about it?=
Whatever your goal in life, it's good to understand how the world works. Tensegrity, discovered about 60 years ago, is a new way of understanding forces at play. Whether you are building a business, designing household objects, building robots, or trying to live sustainably in a resource-challenged world, tensegrity offers innovative ways of thinking about how parts and wholes interact.

=What is Tensegrity Wiki, The Encyclopedia of Tensegrity?=
This website is a wiki dedicated to exploring the field of tensegrity, a subset of energetic-synergetic geometry. It is intended to use the "power of crowds" to fine-tune and make available accurate knowledge about tensegrities. This includes all aspects of tensegrity including structural tensegrity sculptures, dynamically adjusting tensegrity robotics, biotensegrity as expressed in cellular mechanics, biotensegrity as expressed in mammalian anatomical fascial/bone structure, tensegrity therapy as a set of mind-body practices, tensegrity as it illuminates ancient philosophies of harmony, music and dance inspired by tensegrity, and so on.

=How do I get started?=
Dive into one of our categories, which organize the entries into themes, or access one of our most popular pages: [[Chronology of Tensegrity]], [[Bridge]], [[3 struts]], [[Icosahedron]], [[Bicycle Wheel]], [[How To Build A 30 Strut Soda Straw Dodecahedron]], [[How To Build A 3 Strut Copper Base for a Table]], [[Furniture]], [[Arch]].

Or write your own entry!

==Who can contribute?==
* University students using the wiki in their studies
* Anyone.
* Language? A lot of important work in tensegrity is being conducted as tenségrité (French), tensegridad (Spanish), Tensintegro (Italian), טנסגריטי (Hebrew). But multi-language support is not enabled on this wiki. For now, let's store articles in other languages along with the English ones.
* Questions? Contact tensegritywiki at gmail, the Wiki moderator.

==Related Sites==
* Blog on Blogspot: [http://tensegritywiki.blogspot.com tensegritywiki.blogspot.com]
* Videos on YouTube: [http://www.youtube.com/user/tensegritywiki www.youtube.com/user/tensegritywiki]
* Pins on Pinterest: [http://pinterest.com/tensegritywiki/tensegrity/]
* Buzz on Twitter: [http://twitter.com/tensegritywiki twitter.com/tensegritywiki]
* Documents on Scribd: [http://www.scribd.com/tensegritywiki scribd.com/tensegritywiki]
* PowerPoints on SlideShare: [http://www.slideshare.net/tensegritywiki www.slideshare.net/tensegritywiki]
* Friends on FaceBook: [http://www.facebook.com/home.php?#%21/profile.php?id=100000762765238 www.facebook.com/home.php?#!/profile.php?id=100000762765238]
* Group on FaceBook: [http://www.facebook.com/?ref=home#%21/group.php?gid=109819539042844 www.facebook.com/?ref=home#!/group.php?gid=109819539042844]
* Photos on Flickr: [http://www.flickr.com/groups/tensegritywiki www.flickr.com/groups/tensegritywiki]] or [http://www.flickr.com/photos/tensegritywiki/ www.flickr.com/photos/tensegritywiki/]
* Projects on Behance: [http://www.behance.net/collection/Tensegrity/11111277]
* Procedures at Instructables: [http://www.instructables.com/id/Tensegrity/]
* Experiments
** Google group, if we need it. [http://groups.google.com/group/tensegritywiki]

==Portals==
[[:Category:Portal to Architecture|Architecture]] | [[:Category:Portal to Art & Design|Art & Design]] | [[:Category:Portal to Basic Concepts|Basic Concepts]] | [[:Category:Portal to Becoming Bucky|Becoming Bucky]] | [[:Category:Portal to Biotensegrity|Biotensegrity]] | [[:Category:Portal to Cellular Biology|Cellular Biology]] | [[:Category:Portal to History|History]] | [[:Category:Portal to Languages|Languages]] | [[:Category:Portal to Mathematics|Mathematics]] | [[:Category:Portal to Model Making|Model Making]] | [[:Category:Portal to People|People]] | [[:Category:Portal to Philosophy|Philosophy]] | [[:Category:Portal to polyhedra|Polyhedra]] | [[:Category:Portal to robotics|Robotics]] | [[:Category:Software|Software]] | [[:Category:Structural Anatomy|Structural Anatomy]]

==Alphabetical list of articles==
[[10 struts]] | [[11 struts]] | [[12 Strut Chair by Rasmussen]] | [[12 struts]] | [[15 struts]] | [[2 Struts]] | [[21 Struts]] | [[270 struts]] | [[3 Strut Stool by Passi]] | [[3 Struts]] | [[30 struts]] | [[3D Printing]] | [[4 Struts]] | [[4D Geometry]] | [[5 struts]] | [[6 Strut Robot]] | [[6 Strut Suspended Chair by ETS]] | [[6 struts]] | [[60 Struts]] | [[7 Struts]] | [[8 struts]] | [[9 Struts]] | [[90 struts]] | [[92 Prism Tensegrity]] | [[99 Failures Pavilion by University of Tokyo]] | [[99 Failures Pavilion Photo Gallery]] | [[Achkov, Konstantin]] | [[ADAM Collapsible Truss System]] | [[Agogino, Alice]] | [[Agostini, Angelo]] | [[Akke Functional Art]] | [[Alexy, Christian]] | [[Anatomy Trains]] | [[AngeloAgostini]] | [[Angle]] | [[Animals]] | [[Arch]] | [[Arithmetization]] | [[Assur Truss]] | [[Atelier Architecture]] | [[Augmented Reality]] | [[Barcelona Tensegrity Tower]] | [[Bartosik, Michal Maciej]] | [[Becoming Bucky Fuller by Lorance]] | [[Behzadipour, Saeed]] | [[Benefits of Tensegrity]] | [[BEST Lab, Berkeley California]] | [[Bicycle]] | [[Bicycle wheel]] | [[Biot Tensegrity Robot]] | [[Biotensegrity]] | [[Birth]] | [[Black Mountain College]] | [[Blood]] | [[Blur Building by Diller & Scofidio]] | [[Bolitho, Jonathan]] | [[Bone]] | [[Bragdon, Claude]] | [[Bridge]] | [[Buchanan, Will]] | [[Buckminsterfullerene]] | [[Burkhardt, Robert]] | [[Burning Man]] | [[CAD]] | [[Cardboard Model Building]] | [[Castaneda, Carlos]] | [[Cells, Biological]] | [[Chronology of Tensegrity]] | [[Clar, James]] | [[Clothing]] | [[Code Aster]] | [[Collins, William]] | [[Compression]] | [[Connelly, Robert]] | [[Constructivism]] | [[Cretu, Simona-Mariana]] | [[Cube]] | [[Cuboctahedron]] | [[Cuthbert, Robby]] | [[Cylindrical Coordinates]] | [[Cytoskeleton]] | [[de Jong, Gerald]] | [[Definitions of Tensegrity]] | [[Della Sala, Francesco]] | [[Deployable Structures]] | [[Di Carlo, Biagio]] | [[Distance Geometry]] | [[DNA]] | [[Dodecahedron]] | [[Dynamics]] | [[Earnhardt, Phil]] | [[Elbow]] | [[Emmerich, David Georges]] | [[Fabric]] | [[Finite Element Method]] | [[Flemons, Tom]] | [[Floating]] | [[Floor]] | [[Folding]] | [[Force]] | [[Frame]] | [[Fuller's Two Volume Synergetics]] | [[Fuller, Margaret]] | [[Fuller, R. B. Timeline]] | [[Fuller, Richard Buckminster]] | [[Furniture]] | [[Geodesic Dome]] | [[Glass]] | [[Graph]] | [[Gridshell LEDs]] | [[Guimberteau, Jean Claude]] | [[Hamilton, Bruce]] | [[Hanaor, Ariel]] | [[Hart, George]] | [[Hirai, Shinichi]] | [[Hogden, Lee]] | [[Holidays]] | [[How To Build A 3 Strut Copper Base for a Table]] | [[How To Build A 3 Strut Hammock Stand]] | [[How To Build A 30 Strut Soda Straw Dodecahedron]] | [[How To Build A 3x5 Tensegrity Tower by de Jong]] | [[Howard, T. C]] | [[Humor]] | [[Icosahedron]] | [[Icosahedron WIth Mitch Amiano's Connectors]] | [[Ingber, Donald A]] | [[Inox]] | [[integrins]] | [[Ioganson, Karl]] | [[Jakob Tensegrity Torus]] | [[Jewelry]] | [[Jitterbug]] | [[Kenner, Hugh]] | [[Kite]] | [[Korkmaz, Sinan]] | [[Kreze, Luka]] | [[Kurilpa Bridge]] | [[La Plata Stadium]] | [[Le Ricolais, Robert]] | [[Lego]] | [[Levin, Stephen M]] | [[Lighting Fixture]] | [[Lightness]] | [[Lorance, Loretta]] | [[Lungs]] | [[Magic Passes]] | [[Mapping solid polyhedra to tensegrity structures]] | [[Margaret Fuller Book by Marshall]] | [[Martin, Arnold]] | [[Mast]] | [[Mechanobiology]] | [[membrane]] | [[Mesh Bag as Tension Network]] | [[Moods]] | [[MOOM Pavillion]] | [[Movement Therapy]] | [[Musical Instruments]] | [[Musil, Josef]] | [[Myers, Tom]] | [[NASA]] | [[NASA Tensegrity Robotics Toolkit]] | [[Needle Tower]] | [[Nexorade]] | [[Octahedron]] | [[Omnidirection]] | [[Online Applications]] | [[Opposition]] | [[Otto, Frei]] | [[Pars, Marcelo]] | [[Pavilion]] | [[Pelvis]] | [[Photonium, Tower of Light by Snelson]] | [[Plane]] | [[Pneumatics]] | [[Pope, Theodore]] | [[Prairie House by Orambra]] | [[prestress]] | [[Prism]] | [[Prosthetics]] | [[Qball, 12 Curved Strut Tensegrity]] | [[Rhode-Barbarigos, Landolf]] | [[Rhombic Dodecahedron]] | [[RIMOSA Tensegrity Sculptures Program]] | [[Robotics]] | [[Rossiter, Adrian]] | [[Santiago Radio Tower]] | [[scaffold]] | [[scale]] | [[Scarr, Graham]] | [[Shade Structure]] | [[Shai, Offer]] | [[shear]] | [[Sils, Juris]] | [[Skelton, Robert]] | [[Skew]] | [[Skwish]] | [[Skylon]] | [[Smith, Winston]] | [[Snelson Stool by Weller]] | [[Snelson, Kenneth]] | [[Space]] | [[Space Exploration]] | [[Specific Strength]] | [[Spine]] | [[Springs]] | [[Stability]] | [[Stairway]] | [[Stavrev, Val]] | [[Stella Octangula]] | [[Sterk, Tristan D'estree]] | [[Stiffness]] | [[Stress]] | [[Strut]] | [[Strut Effect]] | [[Strut, Curved]] | [[Strut, Hoop]] | [[Strut, Linear]] | [[Strut, Materials]] | [[Strut, Nucleated]] | [[Strut, Ring]] | [[SunSpiral, Vytas]] | [[Super Ball Bot]] | [[Suspended Bridge by Paradiso]] | [[Synergetics]] | [[Synergetics Dictionary]] | [[t-icosa]] | [[Taffgoch]] | [[Tendon]] | [[Tendon, Materials]] | [[Tensairity]] | [[Tensegridad (Spanish)]] | [[Tensegrita (Italian)]] | [[Tensegriteam]] | [[Tensegriteit (Dutch)]] | [[Tensegritoy]] | [[Tensegrity]] | [[Tensegrity (Czech)]] | [[Tensegrity (German)]] | [[Tensegrity Goes Blob by Trier University]] | [[Tensegrity Goes Blob Photo Gallery]] | [[Tensegrity Lights by Bartosik]] | [[Tensegrity Pavilion AA School 2010]] | [[Tensegrity Tower by Ondrej Otypka]] | [[Tensegrity, Etymology]] | [[Tensegrity, Portfolio and Art News Annual 1961]] | [[Tension]] | [[Tension Pavilion 2016]] | [[Tension Pavilion 2016 Photo Gallery]] | [[Tent]] | [[Tetrahedron]] | [[Textiles as Tension Technology]] | [[Tomassian, Raffi]] | [[Torus]] | [[Tree]] | [[Tricontahedron]] | [[Tuning]] | [[Twist Angle]] | [[Tyler, Tim]] | [[Underwood Pavilion by Riether, Wit, Putt]] | [[Underwood Pavilion Photo Gallery]] | [[v-expander]] | [[Van Dokkum, Onno]] | [[Videos]] | [[Wall]] | [[Warnow Tower]] | [[Warren, John]] | [[Weaving]] | [[Wheelchair]] | [[Whiteley, Walter]] | [[Winch]] | [[Wire Roap]] | [[Wroldsen, Anders Sunde]] | [[X Tensegrity]] | [[Yin Yang]] | [[You Can Touch This]] | [[Young's Modulus]] | [[Your Private Sky Books]] | [[Zhang, Jingyao]]

[[Category:t-internal]]

Main Page

2022-10-22T08:47:26Z

Fernando Fraternali: Fernando Fraternali posts

[[File:PμSL micro-prism.jpg|thumb|Fernando Fraternali (www.fernandofraternaliresearch) and Ada Amendola (<nowiki>https://www.adaamendola.it/</nowiki>), Department of Civil Engineering of the University of Salerno (Italy); Howon Lee, Department of Mechanical Engineering of the Seoul National University (Korea): 3D-printed micro-scale tensegrity prisms. manufactured through an in-house-built, projection micro-stereolitography (PμSL) system]]
[[File:270 tensegrity EBM.png|thumb|Fernando Fraternali (<nowiki>https://www.fernandofraternaliresearch.com/</nowiki>) and Ada Amendola (<nowiki>https://www.adaamendola.it/</nowiki>), University of Salerno, Italy: CAD model of a tensegrity column to be 3D printed through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy]]
__NOTOC__
[[File:FF post-tensioning 1 700.png|thumb|Fernando Fraternali (<nowiki>https://www.fernandofraternaliresearch.com/</nowiki>) post-tensioning of a 3D printed tensegrity prism manufactured through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy]]

=Wiki Upgrade 2022=
The Tensegrity Wiki team has begun the 2022 upgrade project.
Click this page to read about it: [[Project_2021]]
If you are a contributor, send your consent to tensegritywiki-at-gmail.com.

=Tensegrity Challenge 2020!=
Tensegrity LEGO, Tables, Origami, Dragons, 3D Printed Custom and more!
Amazing new creations by everyone who is locked down!
Upload your latest work here.
[[File:Tensegrity EBM.png|thumb|(<nowiki>https://www.fernandofraternaliresearch.com/</nowiki>) and Ada Amendola (<nowiki>https://www.adaamendola.it/</nowiki>), University of Salerno, Italy: 3D printed tensegrity columns manufactured through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy, before insertion of post-tensioning cables]]

[[File:Ilhan86m-2020TensegrityChallenge.PNG|200px]]

Much more on this page, https://tensegritywiki.com/wiki/LEGO_Tensegrity

<gallery>
Banthabricks-2020TensegrityChallenge.PNG
Bokucci7-2020TensegrityChallenge.PNG
Boonebuilds-2020TensegrityChallenge.PNG
Bradyjoynerbricks-2020TensegrityChallenge.PNG
Brazil.tech-2020TensegrityChallenge.PNG
Bricksfeeder-2020TensegrityChallenge.PNG
Brickvibe-2020TensegrityChallenge.PNG
Brickzo-2020TensegrityChallenge.PNG
Built with lego-2020TensegrityChallenge.PNG
Cafeconlego-2020TensegrityChallenge.PNG
Dan bot-2020TensegrityChallenge.PNG
Destiny daidy-2020TensegrityChallenge.PNG
Dill est-2020TensegrityChallenge.PNG
Engineering forefront-2020TensegrityChallenge.PNG
Explorachem-2020TensegrityChallenge.PNG
Greman lego lover-2020TensegrityChallenge.PNG
Grims bricks uk-2020TensegrityChallenge.PNG
Gzs10.05-2020TensegrityChallenge.PNG
Hansolo 61-2020TensegrityChallenge.PNG
Ilhan86m-2020TensegrityChallenge.PNG
Itavix-2020TensegrityChallenge.PNG
Iviuggle-2020TensegrityChallenge.PNG
Iv lego-2020TensegrityChallenge.PNG
Jcm4nier-2020TensegrityChallenge.PNG
Jihwan.kim 06-2020TensegrityChallenge.PNG
Krob32-2020TensegrityChallenge.PNG
K lego r-2020TensegrityChallenge.PNG
Legoproectphoto-2020TensegrityChallenge.PNG
Lego life oo-2020TensegrityChallenge.PNG
Lil.garebear-2020TensegrityChallenge.PNG
Newillmeister-2020TensegrityChallenge.PNG
Noageforplay-2020TensegrityChallenge.PNG
Scienc.tech-2020TensegrityChallenge.PNG
Stardust brick-2020TensegrityChallenge.PNG
Steelermatt12-2020TensegrityChallenge.PNG
Technic united-2020TensegrityChallenge.PNG
The bricked cave-2020TensegrityChallenge.PNG
The real legoman productions-2020TensegrityChallenge.PNG
Yanaimade (2)-2020TensegrityChallenge.PNG
Yvesvanneck photography-2020TensegrityChallenge.PNG
Ivandfrites -2020TensegrityChallenge.PNG
</gallery>

[[File:RBF with tensegirty in red shirt.PNG|400x400px]]

Welcome, readers of the book "[http://www.tensegrityinbiology.co.uk/ Biotensegrity];" enjoy our new [[:Category:Portal to Biotensegrity|Portal to Biotensegrity]].

[[File:biotensegrity book cover3.jpg|200px]]
 Biotensegrity by Graham Scarr book cover [http://www.tensegrityinbiology.co.uk/]

=What is tensegrity?=
Tensegrity is the way the world organizes itself. Build or buy a model and experience it yourself!

=Why learn about it?=
Whatever your goal in life, it's good to understand how the world works. Tensegrity, discovered about 60 years ago, is a new way of understanding forces at play. Whether you are building a business, designing household objects, building robots, or trying to live sustainably in a resource-challenged world, tensegrity offers innovative ways of thinking about how parts and wholes interact.

=What is Tensegrity Wiki, The Encyclopedia of Tensegrity?=
This website is a wiki dedicated to exploring the field of tensegrity, a subset of energetic-synergetic geometry. It is intended to use the "power of crowds" to fine-tune and make available accurate knowledge about tensegrities. This includes all aspects of tensegrity including structural tensegrity sculptures, dynamically adjusting tensegrity robotics, biotensegrity as expressed in cellular mechanics, biotensegrity as expressed in mammalian anatomical fascial/bone structure, tensegrity therapy as a set of mind-body practices, tensegrity as it illuminates ancient philosophies of harmony, music and dance inspired by tensegrity, and so on.

=How do I get started?=
Dive into one of our categories, which organize the entries into themes, or access one of our most popular pages: [[Chronology of Tensegrity]], [[Bridge]], [[3 struts]], [[Icosahedron]], [[Bicycle Wheel]], [[How To Build A 30 Strut Soda Straw Dodecahedron]], [[How To Build A 3 Strut Copper Base for a Table]], [[Furniture]], [[Arch]].

Or write your own entry!

==Who can contribute?==
* University students using the wiki in their studies
* Anyone.
* Language? A lot of important work in tensegrity is being conducted as tenségrité (French), tensegridad (Spanish), Tensintegro (Italian), טנסגריטי (Hebrew). But multi-language support is not enabled on this wiki. For now, let's store articles in other languages along with the English ones.
* Questions? Contact tensegritywiki at gmail, the Wiki moderator.

==Related Sites==
* Blog on Blogspot: [http://tensegritywiki.blogspot.com tensegritywiki.blogspot.com]
* Videos on YouTube: [http://www.youtube.com/user/tensegritywiki www.youtube.com/user/tensegritywiki]
* Pins on Pinterest: [http://pinterest.com/tensegritywiki/tensegrity/]
* Buzz on Twitter: [http://twitter.com/tensegritywiki twitter.com/tensegritywiki]
* Documents on Scribd: [http://www.scribd.com/tensegritywiki scribd.com/tensegritywiki]
* PowerPoints on SlideShare: [http://www.slideshare.net/tensegritywiki www.slideshare.net/tensegritywiki]
* Friends on FaceBook: [http://www.facebook.com/home.php?#%21/profile.php?id=100000762765238 www.facebook.com/home.php?#!/profile.php?id=100000762765238]
* Group on FaceBook: [http://www.facebook.com/?ref=home#%21/group.php?gid=109819539042844 www.facebook.com/?ref=home#!/group.php?gid=109819539042844]
* Photos on Flickr: [http://www.flickr.com/groups/tensegritywiki www.flickr.com/groups/tensegritywiki]] or [http://www.flickr.com/photos/tensegritywiki/ www.flickr.com/photos/tensegritywiki/]
* Projects on Behance: [http://www.behance.net/collection/Tensegrity/11111277]
* Procedures at Instructables: [http://www.instructables.com/id/Tensegrity/]
* Experiments
** Google group, if we need it. [http://groups.google.com/group/tensegritywiki]

==Portals==
[[:Category:Portal to Architecture|Architecture]] | [[:Category:Portal to Art & Design|Art & Design]] | [[:Category:Portal to Basic Concepts|Basic Concepts]] | [[:Category:Portal to Becoming Bucky|Becoming Bucky]] | [[:Category:Portal to Biotensegrity|Biotensegrity]] | [[:Category:Portal to Cellular Biology|Cellular Biology]] | [[:Category:Portal to History|History]] | [[:Category:Portal to Languages|Languages]] | [[:Category:Portal to Mathematics|Mathematics]] | [[:Category:Portal to Model Making|Model Making]] | [[:Category:Portal to People|People]] | [[:Category:Portal to Philosophy|Philosophy]] | [[:Category:Portal to polyhedra|Polyhedra]] | [[:Category:Portal to robotics|Robotics]] | [[:Category:Software|Software]] | [[:Category:Structural Anatomy|Structural Anatomy]]

==Alphabetical list of articles==
[[10 struts]] | [[11 struts]] | [[12 Strut Chair by Rasmussen]] | [[12 struts]] | [[15 struts]] | [[2 Struts]] | [[21 Struts]] | [[270 struts]] | [[3 Strut Stool by Passi]] | [[3 Struts]] | [[30 struts]] | [[3D Printing]] | [[4 Struts]] | [[4D Geometry]] | [[5 struts]] | [[6 Strut Robot]] | [[6 Strut Suspended Chair by ETS]] | [[6 struts]] | [[60 Struts]] | [[7 Struts]] | [[8 struts]] | [[9 Struts]] | [[90 struts]] | [[92 Prism Tensegrity]] | [[99 Failures Pavilion by University of Tokyo]] | [[99 Failures Pavilion Photo Gallery]] | [[Achkov, Konstantin]] | [[ADAM Collapsible Truss System]] | [[Agogino, Alice]] | [[Agostini, Angelo]] | [[Akke Functional Art]] | [[Alexy, Christian]] | [[Anatomy Trains]] | [[AngeloAgostini]] | [[Angle]] | [[Animals]] | [[Arch]] | [[Arithmetization]] | [[Assur Truss]] | [[Atelier Architecture]] | [[Augmented Reality]] | [[Barcelona Tensegrity Tower]] | [[Bartosik, Michal Maciej]] | [[Becoming Bucky Fuller by Lorance]] | [[Behzadipour, Saeed]] | [[Benefits of Tensegrity]] | [[BEST Lab, Berkeley California]] | [[Bicycle]] | [[Bicycle wheel]] | [[Biot Tensegrity Robot]] | [[Biotensegrity]] | [[Birth]] | [[Black Mountain College]] | [[Blood]] | [[Blur Building by Diller & Scofidio]] | [[Bolitho, Jonathan]] | [[Bone]] | [[Bragdon, Claude]] | [[Bridge]] | [[Buchanan, Will]] | [[Buckminsterfullerene]] | [[Burkhardt, Robert]] | [[Burning Man]] | [[CAD]] | [[Cardboard Model Building]] | [[Castaneda, Carlos]] | [[Cells, Biological]] | [[Chronology of Tensegrity]] | [[Clar, James]] | [[Clothing]] | [[Code Aster]] | [[Collins, William]] | [[Compression]] | [[Connelly, Robert]] | [[Constructivism]] | [[Cretu, Simona-Mariana]] | [[Cube]] | [[Cuboctahedron]] | [[Cuthbert, Robby]] | [[Cylindrical Coordinates]] | [[Cytoskeleton]] | [[de Jong, Gerald]] | [[Definitions of Tensegrity]] | [[Della Sala, Francesco]] | [[Deployable Structures]] | [[Di Carlo, Biagio]] | [[Distance Geometry]] | [[DNA]] | [[Dodecahedron]] | [[Dynamics]] | [[Earnhardt, Phil]] | [[Elbow]] | [[Emmerich, David Georges]] | [[Fabric]] | [[Finite Element Method]] | [[Flemons, Tom]] | [[Floating]] | [[Floor]] | [[Folding]] | [[Force]] | [[Frame]] | [[Fuller's Two Volume Synergetics]] | [[Fuller, Margaret]] | [[Fuller, R. B. Timeline]] | [[Fuller, Richard Buckminster]] | [[Furniture]] | [[Geodesic Dome]] | [[Glass]] | [[Graph]] | [[Gridshell LEDs]] | [[Guimberteau, Jean Claude]] | [[Hamilton, Bruce]] | [[Hanaor, Ariel]] | [[Hart, George]] | [[Hirai, Shinichi]] | [[Hogden, Lee]] | [[Holidays]] | [[How To Build A 3 Strut Copper Base for a Table]] | [[How To Build A 3 Strut Hammock Stand]] | [[How To Build A 30 Strut Soda Straw Dodecahedron]] | [[How To Build A 3x5 Tensegrity Tower by de Jong]] | [[Howard, T. C]] | [[Humor]] | [[Icosahedron]] | [[Icosahedron WIth Mitch Amiano's Connectors]] | [[Ingber, Donald A]] | [[Inox]] | [[integrins]] | [[Ioganson, Karl]] | [[Jakob Tensegrity Torus]] | [[Jewelry]] | [[Jitterbug]] | [[Kenner, Hugh]] | [[Kite]] | [[Korkmaz, Sinan]] | [[Kreze, Luka]] | [[Kurilpa Bridge]] | [[La Plata Stadium]] | [[Le Ricolais, Robert]] | [[Lego]] | [[Levin, Stephen M]] | [[Lighting Fixture]] | [[Lightness]] | [[Lorance, Loretta]] | [[Lungs]] | [[Magic Passes]] | [[Mapping solid polyhedra to tensegrity structures]] | [[Margaret Fuller Book by Marshall]] | [[Martin, Arnold]] | [[Mast]] | [[Mechanobiology]] | [[membrane]] | [[Mesh Bag as Tension Network]] | [[Moods]] | [[MOOM Pavillion]] | [[Movement Therapy]] | [[Musical Instruments]] | [[Musil, Josef]] | [[Myers, Tom]] | [[NASA]] | [[NASA Tensegrity Robotics Toolkit]] | [[Needle Tower]] | [[Nexorade]] | [[Octahedron]] | [[Omnidirection]] | [[Online Applications]] | [[Opposition]] | [[Otto, Frei]] | [[Pars, Marcelo]] | [[Pavilion]] | [[Pelvis]] | [[Photonium, Tower of Light by Snelson]] | [[Plane]] | [[Pneumatics]] | [[Pope, Theodore]] | [[Prairie House by Orambra]] | [[prestress]] | [[Prism]] | [[Prosthetics]] | [[Qball, 12 Curved Strut Tensegrity]] | [[Rhode-Barbarigos, Landolf]] | [[Rhombic Dodecahedron]] | [[RIMOSA Tensegrity Sculptures Program]] | [[Robotics]] | [[Rossiter, Adrian]] | [[Santiago Radio Tower]] | [[scaffold]] | [[scale]] | [[Scarr, Graham]] | [[Shade Structure]] | [[Shai, Offer]] | [[shear]] | [[Sils, Juris]] | [[Skelton, Robert]] | [[Skew]] | [[Skwish]] | [[Skylon]] | [[Smith, Winston]] | [[Snelson Stool by Weller]] | [[Snelson, Kenneth]] | [[Space]] | [[Space Exploration]] | [[Specific Strength]] | [[Spine]] | [[Springs]] | [[Stability]] | [[Stairway]] | [[Stavrev, Val]] | [[Stella Octangula]] | [[Sterk, Tristan D'estree]] | [[Stiffness]] | [[Stress]] | [[Strut]] | [[Strut Effect]] | [[Strut, Curved]] | [[Strut, Hoop]] | [[Strut, Linear]] | [[Strut, Materials]] | [[Strut, Nucleated]] | [[Strut, Ring]] | [[SunSpiral, Vytas]] | [[Super Ball Bot]] | [[Suspended Bridge by Paradiso]] | [[Synergetics]] | [[Synergetics Dictionary]] | [[t-icosa]] | [[Taffgoch]] | [[Tendon]] | [[Tendon, Materials]] | [[Tensairity]] | [[Tensegridad (Spanish)]] | [[Tensegrita (Italian)]] | [[Tensegriteam]] | [[Tensegriteit (Dutch)]] | [[Tensegritoy]] | [[Tensegrity]] | [[Tensegrity (Czech)]] | [[Tensegrity (German)]] | [[Tensegrity Goes Blob by Trier University]] | [[Tensegrity Goes Blob Photo Gallery]] | [[Tensegrity Lights by Bartosik]] | [[Tensegrity Pavilion AA School 2010]] | [[Tensegrity Tower by Ondrej Otypka]] | [[Tensegrity, Etymology]] | [[Tensegrity, Portfolio and Art News Annual 1961]] | [[Tension]] | [[Tension Pavilion 2016]] | [[Tension Pavilion 2016 Photo Gallery]] | [[Tent]] | [[Tetrahedron]] | [[Textiles as Tension Technology]] | [[Tomassian, Raffi]] | [[Torus]] | [[Tree]] | [[Tricontahedron]] | [[Tuning]] | [[Twist Angle]] | [[Tyler, Tim]] | [[Underwood Pavilion by Riether, Wit, Putt]] | [[Underwood Pavilion Photo Gallery]] | [[v-expander]] | [[Van Dokkum, Onno]] | [[Videos]] | [[Wall]] | [[Warnow Tower]] | [[Warren, John]] | [[Weaving]] | [[Wheelchair]] | [[Whiteley, Walter]] | [[Winch]] | [[Wire Roap]] | [[Wroldsen, Anders Sunde]] | [[X Tensegrity]] | [[Yin Yang]] | [[You Can Touch This]] | [[Young's Modulus]] | [[Your Private Sky Books]] | [[Zhang, Jingyao]]

[[Category:t-internal]]

File:PμSL micro-prism.jpg

2022-10-22T08:42:34Z

Fernando Fraternali:

Fernando Fraternali (www.fernandofraternaliresearch) and Ada Amendola (https://www.adaamendola.it/), Department of Civil Engineering of the University of Salerno (Italy); Howon Lee, Department of Mechanical Engineering of the Seoul National University (Korea): 3D-printed micro-scale tensegrity prisms. manufactured through an in-house-built, projection micro-stereolitography (PμSL) system

File:PμSL prism.jpg

2022-10-22T08:41:22Z

Fernando Fraternali:

File:Tensegrity EBM.png

2022-10-22T08:36:00Z

Fernando Fraternali:

Fernando Fraternali (https://www.fernandofraternaliresearch.com/) and Ada Amendola (https://www.adaamendola.it/), University of Salerno, Italy: 3D printed tensegrity columns manufactured through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy, before insertion of post-tensioning cables

File:270 tensegrity EBM.png

2022-10-22T08:33:04Z

Fernando Fraternali:

Fernando Fraternali (https://www.fernandofraternaliresearch.com/) and Ada Amendola (https://www.adaamendola.it/), University of Salerno, Italy: CAD model of a tensegrity column to be 3D printed through Electron Beam Melting (EBM) in the Ti6Al4V titanium alloy

File:FF post-tensioning 1 700.png

2022-10-22T08:30:02Z

Fernando Fraternali:

Fernando Fraternali: post-tensioning of a 3D printed tensegrity prism in the Ti6Al4V titanium alloy

User:Fernando Fraternali

2022-10-22T07:09:34Z

Fernando Fraternali: Biosketch

Biographical sketch
Fernando Fraternali is Professor of Structural Mechanics in the Department of Civil Engineering at the University of Salerno (Diciv), Italy. He received his B.Sc. and M.Sc. degrees in Civil and Environmental Engineering from the University of Salerno, and a Ph.D. in Multiscale Mechanics from King's College London. F. Fraternali has participated as a PI or co-PI in various research projects funded by the Italian National Research Council, the Ministry of Education, the Ministry of Foreign Affairs (Italy-USA scientific cooperation), and US research agencies. He is PI of the Research Project of National Relevance “Multiscale Innovative Materials and Structures” granted by the Italian Ministry of Education, University and Research for the years 2019 –2022 (MIUR Prin project 2017J4EAYB). In the University of Salerno, Prof. Fernando Fraternali serves as Rectory Deputy to Graduate Programs for the Scientific Area; as Coordinator of the PhD Course on “Risk and Sustainability in Civil, Architecture and Environmental Engineering Systems”; and as Delegate to Research and Doctorate Affairs of Diciv. Most of his research work concerns multiscale modeling and simulation of solids and structures, the nonlinear dynamics of materials and structures, and the design and engineering of tensegrity systems at multiple scales. Prof. Fraternali was awarded a Fulbright Research Scholarship for the academic year 2005/06 and has been Visiting Professor at the Graduate Aerospace Laboratories of the California Institute of Technology since September 2005 (several periods), and the Department of Mechanical and Aerospace Engineering, University of California, San Diego, USA. Recently, he has been listed in the database of 100,000 top scientists published in the Plos Biology article “Updated science-wide author databases of standardized citation indicators” (since 2017 until present, last update August 2021); among the Top Italian Scientists, Area: Engineering-Mechanics (http://www.topitalianscientists.org); and has received the "Major Contributions to Tensegrity Systems Research" Award from the Texas A&M Laboratory on Tensegrity Systems (April 2018); the “Bdr2017 Award – Category Green Economy” for the University of Salerno spin-off Newmatt within the Startup Competition on Innovation and Entrepreneurship “Borsa della Ricerca 2017” (Fisciano, May 2017), and the"2015 Hetenyi Award" from the Society for Experimental Mechanics, Inc. (Bethel, CT 06801, USA). Prof. Fraternali is Associate Editor of Mechanics Research Communications (Elsevier, ISSN: 0093-6413), Frontiers in Materials (Frontiers Publishing, ISSN: 2296-8016) and Ingegneria Sismica - International Journal of Earthquake Engineering (Patron Editore, ISSN: 0393-1420). He is also on the Editorial Advisory Board of Curved and Layered Structures (De Gruyter Open, ISSN: 2353-7396), Science and Engineering of Composite Materials (De Gruyter Open, ISSN: 2191-0359), and the World Journal of Engineering (Emerald Publishing, ISSN: 1708-5284). F. Fraternali is Guest Editor of the special issues: "Multi-Scale Modeling and Characterization of Innovative Materials and Structures", Mechanics Research Communications, Volume 58, Pages 1-156 (June 2014); "Composite Lattices and Multiscale Innovative Materials and Structures", Composites Part B: Engineering (Elsevier, ISSN: 1359-8368), Volume 115, Pages 1-504 (15 April 2017); “Multiscale lattices and composite materials: Optimal design, modeling and characterization”, Frontiers in Materials (August 2019, doi: 10.3389/fmats.2019.00199); "Advances in Mechanical Metamaterials and Smart Structures", Mechanics Research Communications, Volume 107, 2020, 103531 (July 2020); “Nanomaterials: Multiscale Innovative Materials and Structures” (MDPI, ISSN: 2079-4991, January 2022, doi:10.3390/nano12010096); "Recent Advances on Multiscale Engineered Metamaterials and Structures", Mechanics Research Communications, in preparation.

User:Fernando Fraternali

2022-10-22T06:53:19Z

Fernando Fraternali: Fernando Fraternali Biosketch

Biographical sketch 
Fernando Fraternali is Professor of Structural Mechanics in the Department of Civil Engineering at the University of Salerno (Diciv), Italy.
He received his B.Sc. and M.Sc. degrees in Civil and Environmental Engineering from the University of Salerno, and a Ph.D. in Multiscale Mechanics from King's College London.
F. Fraternali has participated as a PI or co-PI in various research projects funded by the Italian National Research Council, the Ministry of Education,
the Ministry of Foreign Affairs (Italy-USA scientific cooperation), and US research agencies.
He is PI of the Research Project of National Relevance "Multiscale Innovative Materials and Structures"
granted by the Italian Ministry of Education, University and Research for the years 2019 –2022
(MIUR Prin 2017, project code 2017J4EAYB).
In the University of Salerno, Prof. Fernando Fraternali serves as
Rectory Deputy to Graduate Programs for the Scientific Area;
as Coordinator of the PhD Course on “Risk and Sustainability in Civil, Architecture and Environmental Engineering Systems”;
and as Delegate to Research and Doctorate Affairs of Diciv.
Most of his research work concerns multiscale modeling and simulation of solids and structures,
and the design and engineering of innovative and sustainable materials at multiple scales.
Prof. Fraternali was awarded a Fulbright Research Scholarship for the academic year 2005/06 and has been Visiting Professor at the Graduate Aerospace Laboratories of the California Institute of Technology since September 2005 (several periods),
and the Department of Mechanical and Aerospace Engineering, University of California, San Diego, USA.
Recently, he
has been listed in the
<a href="https://data.mendeley.com/datasets/btchxktzyw/2" target="_blank">
database of 100,000 top scientists</a> across all fields
published in the Plos Biology article
<a href="https://journals.plos.org/plosbiology/article?id=10.1371%2Fjournal.pbio.3000918&fbclid=IwAR2UQI9uRpPw2TffAQdsdhybWAPmigt0dVW9SN6y20HBCc6Ki_FuCuSKcSI" target="_blank">
"Updated science-wide author databases of standardized citation indicators"</a>
(October 2020);
among the
<a href="http://www.topitalianscientists.org" target="_blank">
Top Italian Scientists</a>,
Area: Engineering-Mechanics;
and has received the
<a href="http://www.fernandofraternaliresearch.com/activities.asp?id=41"
target="_blank">"Major Contributions to Tensegrity Systems Research" Award</a>
from the Texas A&M Laboratory on Tensegrity Systems (April 2018);
the "Bdr2017 Award - Category Green Economy" for the University of Salerno spin-off
<a href="http://multiscalesalerno.wixsite.com/newmatt2017"
target="_blank">Newmatt</a>,
(founder and CEO)
within the Startup Competition on Innovation and Entrepreneurship "Borsa della Ricerca 2017"
<a href="http://www.ilmattino.it/innovazione/altri_settori/borsa_ricerca_salerno_bdr_awards-2460726.html"
target="_blank">(Fisciano, May 2017)</a>, and
the "2015 Hetenyi Award" from the Society for Experimental Mechanics, Inc. (Bethel, CT 06801, USA).
Prof. Fraternali is Associate Editor of
<a href="https://www.journals.elsevier.com/mechanics-research-communications/editorial-board"
target="_blank">Mechanics Research Communications</a>
(Elsevier, ISSN: 0093-6413),
<a href="https://www.frontiersin.org/journals/materials#editorial-board"
target="_blank">Frontiers in Materials</a>
(Frontiers Publishing, ISSN: 2296-8016)
and
<a href="http://ingegneriasismica.org/editorial-board/"
target="_blank">Ingegneria Sismica - International Journal of Earthquake Engineering</a>
(Patron Editore, ISSN: 0393-1420).
He is also on the Editorial Advisory Board of
<a href="http://www.degruyter.com/view/j/cls"
target="_blank">Curved and Layered Structures</a>
(De Gruyter Open, ISSN: 2353-7396),
<a href="https://www.degruyter.com/view/j/secm"
target="_blank">Science and Engineering of Composite Materials</a>
(De Gruyter Open, ISSN: 2191-0359),
and
<a href="http://emeraldgrouppublishing.com/products/journals/editorial_team.htm?id=wje"
target="_blank">World Journal of Engineering</a>
(Emerald Publishing, ISSN: 1708-5284).
F. Fraternali is Guest Editor of the following special issues:
<a href="http://www.sciencedirect.com/science/journal/00936413/58"
target="_blank">"Multi-Scale Modeling and Characterization of Innovative Materials and Structures"</a>,
Mechanics Research Communications (Volume 58, Pages 1-156, June 2014);
<a href="http://www.sciencedirect.com/science/journal/13598368/115/supp/C"
target="_blank">"Composite Lattices and Multiscale Innovative Materials and Structures"</a>,
Composites Part B: Engineering (Volume 115, Pages 1-504, April 2017);
<a href="https://www.frontiersin.org/research-topics/8136/multiscale-lattices-and-composite-materials-optimal-design-modeling-and-characterization"
target="_blank">"Multiscale lattices and composite materials:
Optimal design, modeling and characterization"</a>,
Frontiers in Materials (May 2019);
<a href="https://www.sciencedirect.com/science/article/pii/S0093641320300604?via%3Dihub"
target="_blank">"Advances in Mechanical Metamaterials and Smart Structures"</a>,
Mechanics Research Communications (Volume 107, 2020, 103531, July 2020);
<a href="https://www.mdpi.com/journal/nanomaterials/special_issues/Multiscale_Innovative_Materials_Structures"
target="_blank">"Nanomaterials: Multiscale Innovative Materials and Structures"</a>,
(MDPI, ISSN: 2079-4991, January 2022, doi:10.3390/nano12010096);
<a href="https://www.multiscale.unisa.it/special_issue"
target="_blank">"Recent Advances on Multiscale Engineered Metamaterials and Structures"</a>,
Mechanics Research Communications (in preparation).