A footbridge is required to provide pedestrian communication between residential areas. The footbridge is crossing a small river with 20m long & 2m wide. In-situ simply supported concrete is specified...


A footbridge is required to provide pedestrian communication between residential<br>areas. The footbridge is crossing a small river with 20m long & 2m wide.<br>In-situ simply supported concrete is specified by the consultant and closure of the<br>carriageway is to kept to a minimum or avoided completely.<br>Data : Dead load of screed, finishes on deck (including self weight of concrete slab) = 20 kN/m2<br>Live Loading on deck = 5 kN/m2<br>Ground on firm clay with safe bearing pressure= 150 kN/m2<br>Design the reinforcement required in all elements (slab) of the footbridge.<br>10m<br>10m<br>5m<br>5m<br>Approach<br>Approach<br>path<br>path<br>reference<br>Cross section at location of proposal footbridge<br>reference<br>point<br>point<br>Show transcribed image text<br>

Extracted text: A footbridge is required to provide pedestrian communication between residential areas. The footbridge is crossing a small river with 20m long & 2m wide. In-situ simply supported concrete is specified by the consultant and closure of the carriageway is to kept to a minimum or avoided completely. Data : Dead load of screed, finishes on deck (including self weight of concrete slab) = 20 kN/m2 Live Loading on deck = 5 kN/m2 Ground on firm clay with safe bearing pressure= 150 kN/m2 Design the reinforcement required in all elements (slab) of the footbridge. 10m 10m 5m 5m Approach Approach path path reference Cross section at location of proposal footbridge reference point point Show transcribed image text

Jun 11, 2022
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