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CE 598WM Assignment 1: Inertia, Forces, Bending Moment, & Deflection in Wood & Masonry, Assignments of Civil Engineering

Information about assignment #1 for ce 598wm - wood & masonry course, which includes calculating moment of inertia, determining forces, drawing bending moment and shear force diagrams, and computing deflection for various structures.

Typology: Assignments

Pre 2010

Uploaded on 07/23/2009

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CE 598WM – Wood &Masonry Assignment # 1
Spring 2008 Due Date: Jan 30, 2008
1
Prepare yourself Assignment
Problem # 1 (25%)
Calculate the moment of inertia for the cross section shown here. Assume all the wall
thickness to be 1 ft. Assume any missing information
Problem # 2 (25%)
Determine the forces in the five members indicated M1, M2, M3, M4 and M5
30 ft
12 ft
8 ft
12 ft
2.5 k 4.5 k 5 k 4.5 k 4.5 k 3 k
1.2 k
5 ft
5
p
anels
@
4 ft = 20 ft
M1 M2
M3
M4
M5
pf2

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CE 598WM – Wood &Masonry Assignment # 1

Spring 2008 Due Date: Jan 30, 2008 1

Prepare yourself Assignment Problem # 1 (25%) Calculate the moment of inertia for the cross section shown here. Assume all the wallthickness to be 1 ft. Assume any missing information

Problem # 2 (25%)

Determine the forces in the five members indicated M1, M2, M3, M4 and M

30 ft 12 ft 8 ft

12 ft

2.5 k 5 k 4.5 k 4.5 k 4.5 k 3 k

1.2 k 5 ft

5 panels @ 4 ft = 20 ft

M1 M

M

M

M

CE 598WM – Wood &Masonry Assignment # 1

Spring 2008 Due Date: Jan 30, 2008 2

Problem # 3 (25%) For the continuous beam shown here, draw the bending moment diagram and the shearforce diagrams considering the worst load cases. The beam is subjected to a total dead load (including self weight) of 2 kips/ft and a live load of 1.5 kips/ft

Problem # 4 (25%) For the sheet wall shown here compute the deflection of the wall tip. Assume the wall ismade of steel E = 29000 ksi, wall width is ¾ in and assume one foot of width

3 spans @ 15 ft = 45 ft

Ground level (^) 1.2 kips/ft

4 kips/ft

10 ft

Fixed end