Leseprobe
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Robert Maillart's Bridges
David P. Billington
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Geisteswissenschaften, Kunst, Musik / Architektur
Beschreibung
The description for this book, Robert Maillart's Bridges: The Art of Engineering, will be forthcoming.
Das E-Book Robert Maillart's Bridges wird angeboten von Princeton University Press und wurde mit folgenden Begriffen kategorisiert:
Arch bridge; Designer; Engineering; Calculation; Hinge; Abutment; Reinforced concrete; Robert Maillart; Girder; Civil engineering; Parapet; Masonry; Reinforcement; Scaffolding; Sigfried Giedion; Structural engineer; Salginatobel Bridge; Pier; Writing; Aarburg; Springing; Truss; Steel Bridge; Building material; Engineering design process; Structural analysis; Illustration; Max Bill; Stiffness; Engineer; Steel bar; Handbook; Carl Culmann; American Society of Civil Engineers; Arch; Bending; Christian Menn; Mathematical analysis; Stiffening; Formwork; Load testing; Concrete bridge; Concrete slab; Parabolic arch; Spandrel; Bridge; Factor of safety; Structural engineering; Schiers; Vertical deflection; Beam bridge; Career; Structural steel; Requirement; Reyner Banham; National Endowment for the Humanities; Scientific method; Vertical plane; Engineering education; Structural load; Chairman; Princeton University; Ultimate tensile strength; Railroad tie; Carrying capacity; Leipheim; Superstructure; Machine Age; Work of art; Chief engineer
Kundenbewertungen
Factor of safety, Vertical deflection, Masonry, Illustration, Max Bill, Railroad tie, Structural analysis, Princeton University, Scaffolding, Aarburg, Arch, Mathematical analysis, Calculation, Designer, Reyner Banham, National Endowment for the Humanities, Structural steel, Requirement, Handbook, Salginatobel Bridge, Career, Structural engineering, Arch bridge, Parabolic arch, Christian Menn, Engineering education, Carl Culmann, Spandrel, Abutment, Pier, Formwork, Reinforcement, Girder, Structural engineer, Engineering, Reinforced concrete, Concrete bridge, Chairman, Machine Age, Scientific method, Beam bridge, Truss, Steel Bridge, Springing, Civil engineering, Structural load, Ultimate tensile strength, Bridge, Chief engineer, Schiers, Work of art, American Society of Civil Engineers, Hinge, Stiffening, Steel bar, Load testing, Concrete slab, Engineer, Superstructure, Bending, Building material, Carrying capacity, Robert Maillart, Writing, Leipheim, Parapet, Engineering design process, Vertical plane, Sigfried Giedion, Stiffness