a. Provide schematic diagrams and photos that show application of a column/axialmember in real life. Explain function of the member for the selected application.b. Identify and determine:i)Boundary/end conditions (support for the column/axial member such asfixed to the wall, pin supported and etc.).External axial load that act onto the column/axial member. Show all thecalculations performed in order to estimate the axial load.Properties of the column/axial member (such as Young's modulus,yield/ultimate stress, proportional limit, cross section (provide figure),dimensions and etc.).c. Determine critical load and critical stress for the column/axial member. Justifyselection of the formulas for the calculations.d. Calculate and show that the column/axial member is safe and can withstand the loadin part b. ii).Determine the maximum allowable eccentricity for the column/axial member.Determine the maximum deflection of the column/axial member (at the center)based on the eccentricity calculated in part f.List down all the assumptions made. Provide relevant references and citations.e.f.ii)iii)

Schematic diagram;Application of a Column/Axial Member:One common real-life application of a…

Answered: a. Provide schematic diagrams and…

a. Provide schematic diagrams and photos that show application of a column/axial member in real life. Explain function of the member for the selected application.

Steel Design (Activate Learning with these NEW titles from Engineering!)

6th Edition

ISBN:9781337094740

Author:Segui, William T.

Publisher:Segui, William T.

Chapter2: Concepts In Structural Steel Design

Section: Chapter Questions

Problem 2.1P: A column in a building is subjected to the following load effects: 9 kips compression from dead load...

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Question

a. Provide schematic diagrams and photos that show application of a column/axial
member in real life. Explain function of the member for the selected application.
b. Identify and determine:
i)
Boundary/end conditions (support for the column/axial member such as
fixed to the wall, pin supported and etc.).
External axial load that act onto the column/axial member. Show all the
calculations performed in order to estimate the axial load.
Properties of the column/axial member (such as Young's modulus,
yield/ultimate stress, proportional limit, cross section (provide figure),
dimensions and etc.).
c. Determine critical load and critical stress for the column/axial member. Justify
selection of the formulas for the calculations.
d. Calculate and show that the column/axial member is safe and can withstand the load
in part b. ii).
Determine the maximum allowable eccentricity for the column/axial member.
Determine the maximum deflection of the column/axial member (at the center)
based on the eccentricity calculated in part f.
List down all the assumptions made. Provide relevant references and citations.
e.
f.
ii)
iii)

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