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Loadbearing systems are the basis of any structure. In order to provide architecture students with an easily understandable introduction to the field of supporting structures, this volume begins with the fundamentals of loads and forces and then moves on to building components and finally to loadbearing systems, together with their characteristic attributes.
Subjects: Loads; Forces; Structural building components; Supporting structures and systems; Presizing.
Alfred Meistermann, Institut für Tragwerksplanung, TU Braunschweig, selbstständiger Architekt in Berlin (www.meistermann-schmaling.de).
Forces loads.- Loadbearing structures and statics.- Force.- External forces: Statical system, Effects, Design load, Force impact forms, Bearings, Reaction forces.- Internal forces: Normal force, Lateral force, Bending moment, Connections between internal forces, Load cases.- Dimensioning: Strength, Moment of resistance, Moment of inertia, Shear stress.- Building components.- Cantilever, single-span girder, single-span girder with cantilever.- Continuous girder.- Cantilever girder.- Underslung girder.- Framework.- Slab.- Support.- Cable.- Arch.- Frame.- Loadbearing structures.- Fundamentals.- Solid construction.- Skeleton construction.- Reinforced constructions.- Halls.- Shoring.- Foundation.- Afterword.- Appendix.- Predimensioning formulae.- Further reading.- List of illustrations.