Problem Solving: Round off your final answer to 2 decimal places.3m3m4 m1*Members along Level 220 KN15 kN10 kN12Di L4 HI*Members along Line 3CRegular Hexagon with side = 300 mmB L2 FAL3 G3 m-3m-For the frame provided below, consider the following properties:Solve the following for ALL members:1. Axial Forces2. Shear Forces3. MomentsEmUsing the following methods:1. Cantilever MethodMust use only cantilever method3K!Equilateral Triangle with side = 650 mm-3 m*Members along Level 3Regular Trapezoid with longer side = 500 mm, shorter side = 400 mm, Height = 500 mm*Members along Level 4Regular Trapezoid with longer side = 300 mm, shorter side = 200 mm, Height = 400 mm4M₁m*Members along Line 1Hollow Circular Tube, Outer Diameter = 550 mm, Inner Diameter = 350 mm*Members along Line 2Hollow Square Tube, Outer Breadth & Height = 500 mm, Inner Breadth & Height = 300 mm*Members along Line 4Hollow Circular Tube, Outer Diameter = 400 mm, Inner Diameter = 300 mm

Answered: Image /qna-images/answer/a3f0946d-2410-4e36-9e54-8b4226ad601a.jpg

Problem Solving: Round off your final answer to 2 decimal places. 3m 3 m 4 m 1 *Members along Level 2 20 KN 15 kN 10 kN 1 2 Di L4 HI *Members along Line 3 C Regular Hexagon with side = 300 mm B L2 F A L3 G 3 m -3m- For the frame provided below, consider the following properties: Solve the following for ALL members: 1. Axial Forces 2. Shear Forces 3. Moments E W Using the following methods: 1. Cantilever Method 3 K! Equilateral Triangle with side = 650 mm *Members along Level 3 Regular Trapezoid with longer side = 500 mm, shorter side = 400 mm, Height = 500 mm -3 m *Members along Level 4 Regular Trapezoid with longer side = 300 mm, shorter side = 200 mm, Height = 400 mm 4 *Members along Line 1 Hollow Circular Tube, Outer Diameter = 550 mm, Inner Diameter = 350 mm M₁ *Members along Line 2 Hollow Square Tube, Outer Breadth & Height = 500 mm, Inner Breadth & Height = 300 mm *Members along Line 4 Hollow Circular Tube, Outer Diameter = 400 mm, Inner Diameter = 300 mm

Problem Solving: Round off your final answer to 2 decimal places. 3m 3 m 4 m 1 Members along Level 2 20 KN 15 kN 10 kN 1 2 Di L4 HI Members along Line 3 C Regular Hexagon with side = 300 mm B L2 F A L3 G 3 m -3m- For the frame provided below, consider the following properties: Solve the following for ALL members: 1. Axial Forces 2. Shear Forces 3. Moments E W Using the following methods: 1. Cantilever Method 3 K! Equilateral Triangle with side = 650 mm Members along Level 3 Regular Trapezoid with longer side = 500 mm, shorter side = 400 mm, Height = 500 mm -3 m Members along Level 4 Regular Trapezoid with longer side = 300 mm, shorter side = 200 mm, Height = 400 mm 4 Members along Line 1 Hollow Circular Tube, Outer Diameter = 550 mm, Inner Diameter = 350 mm M₁ Members along Line 2 Hollow Square Tube, Outer Breadth & Height = 500 mm, Inner Breadth & Height = 300 mm *Members along Line 4 Hollow Circular Tube, Outer Diameter = 400 mm, Inner Diameter = 300 mm

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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Question

Problem Solving: Round off your final answer to 2 decimal places.
3m
3m
4 m
1
*Members along Level 2
20 KN
15 kN
10 kN
1
2
Di L4 HI
*Members along Line 3
C
Regular Hexagon with side = 300 mm
B L2 F
A
L3 G
3 m
-3m-
For the frame provided below, consider the following properties:
Solve the following for ALL members:
1. Axial Forces
2. Shear Forces
3. Moments
E
m
Using the following methods:
1. Cantilever Method
Must use only cantilever method
3
K!
Equilateral Triangle with side = 650 mm
-3 m
*Members along Level 3
Regular Trapezoid with longer side = 500 mm, shorter side = 400 mm, Height = 500 mm
*Members along Level 4
Regular Trapezoid with longer side = 300 mm, shorter side = 200 mm, Height = 400 mm
4
M₁
m
*Members along Line 1
Hollow Circular Tube, Outer Diameter = 550 mm, Inner Diameter = 350 mm
*Members along Line 2
Hollow Square Tube, Outer Breadth & Height = 500 mm, Inner Breadth & Height = 300 mm
*Members along Line 4
Hollow Circular Tube, Outer Diameter = 400 mm, Inner Diameter = 300 mm

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Step 1: Given data

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Step 2: By using portal method to Finding the horizontal shears developed in each column of the frame:-

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Step 3: Finding the axial and shear forces of all members of the given frame:-

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Step 4: Finding axial forces shear forces of all members of the given frame:-

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