Chapter 7 - Axial Forces and Combined Bending and Axial Forces
Objectives
Concepts
- Introduction
- Axial Tension Members
- Design Problem: Tension Member
- Columns
- Detailed Analysis of Slenderness Ratio
- Design Problem: Axially Loaded Column
- Design Problem: Capacity of a Glulam Column
- Design Problem: Capacity of a Bearing Wall
- Built-Up Columns
- Combined Bending and Tension
- Design Problem: Combined Bending and Tension
- Combined Bending and Compression
- Design Problem: Beam-Column
- Design Problem: Beam-Column Action in a Stud Wall Using LRFD
- Design Problem: Glulam Beam-Column Using ASD
- Design for Minimum Eccentricity
- Design Problem: Column with Eccentric Load Using ASD
Problems
6e
Examples6e
HomeworkFigure member - tension 07.001 -- solution - tension with fasteners 07.002 -- -- truss - tension 07.003 -- solution 7.A - spreadsheet 07.004 -- -- - tension + bending 07.005 -- solution 7.A - tension 07.006 -- solution 7.B - tension + bending 07.007 -- -- 7.B door
header- tension + bending 07.008 -- solution 7.C - tension + bending 07.009 -- -- 7.C - spreadsheet 07.010 -- -- 7.C member - compression, ASD 07.011 -- solution - compression, LRFD 07.012 -- -- - compression, both 07.013 -- -- - compression, ASD 07.014 -- -- - compression, LRFD 07.015 -- -- - spreadsheet 07.016 -- -- glulam
column- compression 07.017 -- solution 7.D - compression 07.018 -- -- 7.D - spreadsheet 07.019 -- -- 7.D sawn
column- compression, ASD 07.020 -- solution - compression, LRFD 07.021 -- -- column - minimum eccentricity 07.022 -- -- 7.D column - strong + weak axis 07.023 -- solution stud
wall- compression, ASD 07.024 -- solution - compression, LRFD 07.025 -- -- - compression, ASD 07.026 -- -- - compression, LRFD 07.027 -- -- column - compression + bending 07.028 -- solution 7.E - compression + bending 07.029 -- -- 7.E truss - compression + bending 07.030 -- solution 7.A - compression + bending 07.031 -- -- 7.A stud wall - compression + bending 07.032 -- solution