STRUCTURAL DESIGN FOR ARCHITECTURE

The relationship between structural form and structural efficiency Appendix 1 Structural efficiency is defined here in terms of ...

Structural Design for Architecture is applied to it (Fig. A1 .2). If an element is . straight, axial internal force occurs if th ...

The cable structure and its rigid 'mirror- image' counterpart are simple examples of a whole class of structural elements which ...

Non-form-active elements are those whose active element when subjected to the uniformly longitudinal axis does not conform to th ...

Approximate methods for allocating sizes to structural elements Appendix 2 A2.1 Introduction The methods which are outlined here ...

Structural Design for Architecture The final part of the analysis of a structure consists of the evaluation of the internal forc ...

Table A2.2 Minimum imposed floor loads (based on BS 6399 Part 1 1996) Type of activity/occupancy for part of the building or str ...

Structural Design for Architecture Table A2.2 Selected gravitational imposed loads [continued) Type of activity/occupancy fo ...

Table A2.2 Selected gravitational imposed loads (continued) Type of activity/occupancy for part of the building or structure C4 ...

Table A2.3 Bending moment and deflection formulae for beams (after A) Handbook of Building Structure) The following tabulates fo ...

245 Appendix 2 ...

Structural Design for Architecture 246 ...

247 Appendix 2 ...

Structural Design for Architecture 248 ...

heavily loaded beam in a floor) in order that the feasibility of a proposal can be tested or the depth of the structural zone re ...

Structural Design for Architecture If the size of cross-section does not vary along the length of an element the magnitude of th ...

Equation (A2.3) is called the elastic bending formula. It is only valid if the peak stress is within in the elastic range. It is ...

Structural Design for Architecture Initial selection of section size can be based on the following version of the elastic bendin ...

properties of the element itself (specifically, on the geometric properties of its cross-section and on the modulus of elasticit ...

Structural Design for Architecture 254 (A2.8) Fig. A2.4 If the conditions of restraint are the same in all planes a strut will b ...