The entrance canopy of a building, 2.50m x 6m in dimension, is to be design as a slab. It will carry the following loads: a uniform live load of 2000 Pa, a uniform dead load of 5000 Pa (excluding the slab weight) and a concentrated dead load of 5000 N. per meter of the slab, applied at the extreme end of the support. Design the canopy if one of its longer sides is fixed to the wall and serves as its support. Use the following design properties fo21 MPa, fy-345 MPa, 16-mm-diameter main bars, 10-mm-diameter temperature bars and 20 mm clear cover. Note: Round off your decided dimensions to the next whole number ending in 6 or 6. (00 not increase the size by more than 10mm) Positive Moments: 1. End Spans af discontinuous end is unrestrained b. If discontinuous end is integral with the support- 2. Interior Spans Negative moments: 1. Negative moments at exterior face of first interior support: a. Two spans - b. More than two spans- 2. Negative moment at other faces of interior supports 3. Negative moments at face of all supports for a. Slabs with spans less than 3m - WL'/11 WL/14 -WL'/16 WL'/11 WL'/10 WL/11 WL³/12

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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Reinforce Concrete Design
Topic: Slab

The entrance canopy of a building. 2.50m x 6m in dimension, is to be design as a
slab. It will carry the following loads: a uniform live load of 2000 Pa, a uniform dead load
of 5000 Pa (excluding the slab weight) and a concentrated dead load of 5000 N. per meter
of the slab, applied at the extreme end of the support. Design the canopy if one of its
longer sides is fixed to the wall and serves as its support. Use the following design
properties: fc-21 MPa, ty=345 MPa, 16-mm-diameter main bars, 10-mm-diameter
temperature bars and 20 mm clear cover.
Note: Round off your decided dimensions to the next whole number ending in 0 or 5. (Do
not increase the size by more than 10mm)
Positive Moments:
1. End Spans
a. If discontinuous end is unrestrained
b. If discontinuous end is integrall with the support
2. Interior Spans-----
Negative moments:
1. Negative moments at exterior face of first interior support:
a. Two spans
b. More than two spans
2. Negative moment at other faces of interior supports
3. Negative moments at face of all supports for
a. Slabs with spans less than 3m-
wL²/11
WL³/14
-WL²/16
WL³/11
wL²/10
WL²/11
WL³/12
Transcribed Image Text:The entrance canopy of a building. 2.50m x 6m in dimension, is to be design as a slab. It will carry the following loads: a uniform live load of 2000 Pa, a uniform dead load of 5000 Pa (excluding the slab weight) and a concentrated dead load of 5000 N. per meter of the slab, applied at the extreme end of the support. Design the canopy if one of its longer sides is fixed to the wall and serves as its support. Use the following design properties: fc-21 MPa, ty=345 MPa, 16-mm-diameter main bars, 10-mm-diameter temperature bars and 20 mm clear cover. Note: Round off your decided dimensions to the next whole number ending in 0 or 5. (Do not increase the size by more than 10mm) Positive Moments: 1. End Spans a. If discontinuous end is unrestrained b. If discontinuous end is integrall with the support 2. Interior Spans----- Negative moments: 1. Negative moments at exterior face of first interior support: a. Two spans b. More than two spans 2. Negative moment at other faces of interior supports 3. Negative moments at face of all supports for a. Slabs with spans less than 3m- wL²/11 WL³/14 -WL²/16 WL³/11 wL²/10 WL²/11 WL³/12
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