A prefabricated wood I-beam serving as a floor joist has the cross section shown in the figure. Z 0.625 in. 0 -5 in.- 10.70 in. 7 in. 10.70 in. The allowable load in shear for the glued joints between the web and the flanges is 77 lb/in. in the longitudinal direction. Determine the ma lb

A prefabricated wood I-beam serving as a floor joist has the cross section shown in the figure. Z 0.625 in. 0 -5 in.- 10.70 in. 7 in. 10.70 in. The allowable load in shear for the glued joints between the web and the flanges is 77 lb/in. in the longitudinal direction. Determine the ma lb

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Concept explainers

Introduction to Steel Design

The area of steel design is majorly concerned with the structural engineering domain, which is a specialization of civil engineering. Steel design is often known as structural steel design, whose primary concern is to design steel structures. The primary structure involves the designing and construction of frames using structural steel as the material. Residential buildings, houses, bridges, complexes, tall buildings, industrial warehouses, aircraft frames, frames of ships, and stadiums are some of the examples of structures that use steel framing.

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A prefabricated wood I-beam serving as a floor joist has the cross section shown in the figure.
Z
0.625 in.
O
5 in.
0.70 in.
O
7 in.
10.70 in.
The allowable load in shear for the glued joints between the web and the flanges is 77 lb/in. in the longitudinal direction. Determine the maximum allowable shear force Vmax for the beam. (Enter the magnitude in lb.)
lb

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