You must have Credits on your Balance to download this sample
Engineering and Construction
Pages 4 (1004 words)
Presented by Professor Subject Date Instruction Manual Table of Contents Introduction 2 Prose 3 Characteristics of a wooden truss 3 Materials 3 The step-by-step construction process 4 Truss specifications 6 Loading conditions 7 Risk assessment 7 Conclusion 8 Work Cited 9 Appendices 10 Appendix I: Roof dead loads 10 Appendix II: Shapes and sizes of common trusses used in construction industries 11 Appendix III: Modification factor for duration loads on timber 11 Appendix IV: Truss deflection specifications 12 List of figures Figure 1: Basic wooden truss members ……………………………………………………….….5 Figure 2: A representation of a truss under the compression and …
A truss could be described a framework of materials acting primarily in compression and tension. Being light in weight, a truss is a very stiff form of construction and that is the reason why it is used in construction. Wooden trusses the most common types used in building and construction industry today because they are cheap and requires less labor and experience to construct (MiTek 3). Roofing materials are designed to support various building loads as shown on appendix I. In addition, trusses come in various shapes and sizes as shown on appendix II. Prose Characteristics of a wooden truss The use of wooden trusses is increasing globally because they near the following advantages: Strength: A wooden truss provides a strong and efficient framework Economy: Efficient use of wood and the provision of a system that can be easily installed during construction it the most economical roofing framework Versatile: wooden trusses easily accommodate various designs used in the construction industry. ...
Not exactly what you need?