Structural/reinforcement detailing of a single storey residential building with retaining wall
Table Of Contents
Chapter ONE
INTRODUCTION
- </p><p>INTRODUCTION</p><p>
Chapter TWO
LITERATURE REVIEW
- </p><p>Detailing processes</p><p><em>Reinforcement sizes</em><br><em>Notation of drawing</em><br><em>Bar bending schedule</em></p><p><em>Types of drawing</em></p><p><em>Margins and panels</em></p><p>Thickness of line, lettering and spelling</p><p>Dimensions</p><p>Scales</p><p><strong>
Chapter THREE
SYSTEM DESIGN AND IMPLEMENTATION
- </strong></p><p><strong>REINFORCED CONCRETE</strong></p><p><strong>
Chapter THREE
SYSTEM DESIGN AND IMPLEMENTATION
- </strong></p><p><strong>REINFORCED CONCRETE</strong></p><p><strong>
Chapter FIVE
SUMMARY, CONCLUSION AND RECOMMENDATIONS
- </strong></p><p>Detailing of the elements foundation</p><p>Staircase</p><p>Retaining wall</p><p>Bibliography</p> <br><p></p>
Project Abstract
<p> </p><p>This is the presentation of an information on the structural reinforcement detailing of concrete members. Structural detailing is a branch of structural work that transposes the idea or works of a structural engineer into working drawing or easy utilization in the building construction works. Working drawing are produced an engineer for easy use by the contractors.</p><p> The processes detailing put in place was in conjunction with the recommendations of the concrete society and the institute of structural engineers. In building construction a good interaction and contractors are required. The methods, scates, symbols and notations must be standardized and understood by all parties in a project to minimize risks and communication hindrances.</p><p> A structure is broken down into identifiable elements for detailing work like bean column, slab etc which enables the different detailing aspects to be fully addressed and understood.</p><p><strong>STRUCTURAL SYMBOLS</strong></p><p>The abbreviations recommended for structural detailing work are a s follows.</p><p>a. R.C. – Reinforced concrete</p><p> drg – drawing</p><p> hor – horizontal</p><p> vest – vertical</p><p> dia – diameter</p><p> fdn – fordation</p><p> conc – concrete</p><p> col – column</p><p>b. Type of reinforcement</p><p> R – Mild steel bars</p><p> Y – High yield bars</p><p>c. Comments relating to reinforcement</p><p> C – center line</p><p> B – Bottom</p><p> T – Top</p><p> c/c – center to centre</p> <br><p></p>
Project Overview
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</p><p><strong>INTRODUCTION</strong></p><p>Before a designer can relate his requirements dearly in a construction industry, a drawing is to be prepared; this is because the drawing serves as a general means of communication. Thus, the drawing is adopted mostly, then other means of communication in engineering sectors.</p><p> A structured engineer mostly engages himself in designs on construction of structures. Like roads, bridges, railways, dams, buildings and other public works.</p><p> The structural engineer makes initial designs, which are usually free – hand sketches of the work. These sketches are used to make clear and neat working drawing, which will b e used by the builder of contractor after approval for construction by the authorities involved.</p><p> The contributions of a detailer is highly significant to the construction process, for a well detailed drawing is a good medium of reducing the risks of building collapses and to avoid delays arising from doubts and too frequent clarifications.</p><p> This project shows the methods and techniques needed for detailing of reinforced concrete structures.</p>
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