Lightness: The Inevitable Renaissance of Minimum Energy StructuresThis book deals with smart combinations of fibers and plastics--with creating efficient shapes and freezing textiles--using examples found in industrial design, architecture, bridge constructions, sports equipment and vehicle technology. Among them are a small airplane, a cooling trailer, a bicycle and even a flexible beer container. Fourth revised edition. |
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Lightness: The Inevitable Renaissance of Minimum Energy Structures Adriaan Beukers No preview available - 1999 |
Common terms and phrases
Aerospace Engineering airplane aluminium applied aramid fibre arch balloon bending bestaan boomerang buckling Buckminster Fuller building cable cable-stayed bridge carbon fibre carbon fibre reinforced cell ceramic composieten composite bow composite materials compression consists construction deformation Delft door draping Droog Design druk eerste efficiency elastic elements elkaar energy Extra fabric Faculty of Aerospace fibre reinforced polymer filaments foam forces Frei Otto function glass glued heeft Hella Jongerius impregnated industry kilograms kite kunnen laminate layer lichtheid light lighter maar maken Marcel Wanders materialen maximum meer ment metal metres modulus mould N/m² nature niet onder polymers prepregs pressure production properties Radiolaria resin result sandwich shape shear skin span steel stiffness stress struc surface suspension bridge tensegrity tension tent textile thermoplastic tion trailer transport truck ture veel vooral vorm weefsel weight wheels wood wooden wordt Young's modulus yurt zelfs zich zijn zo'n