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Model tests --- Rigid frames --- Model tests --- Rigid frames
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Mathematical analysis. --- Analyse mathématique --- Buildings --- Rigid frames --- Design criteria --- Buildings --- Rigid frames --- Design criteria
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Structural analysis --- Rigid frames --- Steel construction --- Structural analysis --- Rigid frames --- Steel construction
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Bridges structures --- Wooden structures --- Rigid frames --- Bridges structures --- Wooden structures --- Rigid frames
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Analyse mathématique --- Mathematical analysis --- reinforced concrete --- rigid frames --- theories --- safety factor --- loads forces --- standards --- stability --- columns supports --- girders --- limit design method --- reinforced concrete --- rigid frames --- theories --- safety factor --- loads forces --- standards --- stability --- columns supports --- girders --- limit design method
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This standard provides minimum criteria for the design and performance of membrane-covered cable and rigid member structures, including frame structures, collectively known as tensile membrane structures. It includes permanent and temporary structures. The requirements of this standard apply whether the tensile membrane structure is independent of or attached to another structure. This standard will be valuable to engineers and practitioners involved in the construction and/or design of tensile membrane structures.
Tensile architecture --- Lightweight construction --- Roofs, Fabric --- Synthetic fabrics --- Structural frames --- Tensile structures --- Fabric structures --- Membranes --- Cables --- Rigid frames --- Temporary structures --- Building codes --- Connections (structural) --- Standards
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Buckling (Mechanics) --- Buildings. --- Computer-aided design. --- Elasticity. --- Fire prevention. --- Floors. --- Beams (supports) --- Bending --- Columns supports --- Concrete slabs --- Concrete structures --- Deformation --- Dynamic loads --- Loads (forces) --- Masonry --- Model tests --- Optimization --- Plastic theory --- Quality control --- Reinforced concrete --- Rigid frames --- Space frames --- Static loads --- Static stability --- Steel structures --- Structural design --- Trusses --- Ultimate strength method --- Value engineering --- Walls --- Wind pressure --- Beams (supports) --- Bending --- Columns supports --- Concrete slabs --- Concrete structures --- Deformation --- Dynamic loads --- Loads (forces) --- Masonry --- Model tests --- Optimization --- Plastic theory --- Quality control --- Reinforced concrete --- Rigid frames --- Space frames --- Static loads --- Static stability --- Steel structures --- Structural design --- Trusses --- Ultimate strength method --- Value engineering --- Walls --- Wind pressure
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