Compute the elongation of steel.Compute the elongation of aluminum. 3 mSTEELA = 600 mm²E 200 GPaL = 4 m2 mALUMINUMA = 900 mmE = 70 GPaL = 3 m120 kN1 m

Assuming reaction at steel rod as Rs whereas for aluminium rod as Ra and at pinned support as Re.…

Answered: 3 m STEEL A = 600 mm² E = 200 GPa L = 4…

Engineering

Civil Engineering

3 m STEEL A = 600 mm² E = 200 GPa L = 4 m 2 m ALUMINUM 2 A = 900 mm E = 70 GPa L = 3 m 120 kN 1 m

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

0.5 EI mm S=10 40 EI -5 2 E = 2.1+ 10 N/m² I=70,000 cm4 √ = 10 mm a EJ 2EI b At = 10°c h t = 20% E=1051/5° Analyze the above structure under given external effects No 2-2345678901 Cm bm hm Name of Student 8 10 8 g ID 8 10 10 8 80 || 8 9 11 8 10 11 g 80 12 80 9 12 g 16 12 8 1 2 a 12 10
Q6:- When a metallic rod is subjected to a tension force of 35kN, its length increases by 9.88 *10-4m. What is the change in length of this rod if the tension force is lowered by AL 30% of its original value? 198,7 400m A O- ALAE PL 35kN D= 30cm DV 35KN Tr T AL=80,44
SOALAN 4(b) M QUESTION 4(b) Determine the centroid (x,y and Z) of the component shown in Figure Q4 (b) if R = 14 mm. L 40 mm Z 20 mm 20 mm 12 mm 30 mm OUTY Hik L=ar y=L=4 R Figure Q4(b)/Rajah S4(b) 8=9=4 M UTM wik A=²9= A=4 x=9=%
PROVIDE COMPLETE SOLUTION OF THE GIVEN PROBLEM. ONLY NUMERICAL VALUE ON THE SPACE PROVIDEDD
A circular plate of radius r= 0.863 m is adjacent to a rectangular plate with base b = 0.944 m and height h = 0.718 m which lies next to a triangular, isosceles plate with base b = 1.509 m and height h = 0.7980 m. t t r r The plates lie on a common baseline and the origin is in the lower left corner, see figure. AY r br h₂ b₁ ht X Determine the centroid of the rectangular plate in the x-direction if its surface density varies in the x-direction according to o r 2 = = 4,55.x kg/m .
■ Determine the maximum T of the structural arrangement as shown below (S275). T I 25 25 25 25 25 12 TYPICAL 20 mm THK PL 50 30 30 30 50 T
Civil engineering Resultant of general coplanar forces Q- Determine the resultant of the four forces acting on a plate shown in given figure, analytically
200 mm 200 mm A 25° 45° 80 kg 45°
1. Show your complete solution. Subject: Engineering Mechanics
40° 50° cord 2 30 N cord I weight =
ES IS lio cuts ebsite ahman [² Question 14 of 25 A lead cube has a total mass of 80 kg. What is the length of its sides if SG = 11.3? Select the correct response: Slunef 18.23 cm 19.2 cm 15.29 cm 12.32 cm 20.3 cm < Previous CHAPTER bar CHAPTER 213 ppt CHAPTER 1(4)(2).ppt
Q2:- Locate the centroid (x, y) of the rode shown in the figure below. y -3 cm3 cm 4 cm 1 2 4 3 -r= 2 cm -X