Detail Practice: Building with Steel is a handbook for quick, goal-oriented reading and implementation. Case study projects exemplify common norm details using large-scale drawings. The fundamentals of planning load-bearing structures provide design and planning help. This is supplemented by explanations of common load-bearing structures using examples of residential, office, hall and industrial buildings. Issues of fire safety and building physics particularly relevant to steel construction are treated alongside the use of steel as a material for cladding facades.
Table of Content
Examples: Industrial Hall Construction and extension of a residential building, bearing structure and skin, construction details; Jointing and connecting; Pins, rivets, bolts, screws, spot welds and stitches; Semi-finished products; Anti-corrosion measures, fire-protections and sound insulation; Built examples: Housing, Refurbishment, Foodbridge, Extension; Elementary stress and strains; Formation of load-bearing structures; Transport and assembly; Properties of steel
About the author
Alexander Reichel, architect and certified engineer, Reichel Architekten, Kassel; guest chair for drafting and designing, Technische Universität Darmstadt, 2004–5
Alexander Hentschel, Ph.D. in engineering, Dr. Kreutz und Partner, engineering consulting, Nuremberg; 1998–2003 assistant chair for drafting and developing load-bearing structures, Technische Universität Darmstadt
Peter Ackermann, architect and certified engineer, Munich; co-owner of Büro Ackermann und Partner
Anette Hochberg, architect and certified engineer, Griesheim; assistant chair for drafting and residential architecture, Technische Universität Darmstadt
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