A truss was made of circular hollow steel with an outside diameter of 100 mm (plus half of the last digit of your ID No., mm) and 10 mm thick (plus quarter of the last digit of your ID No., mm). It was subjected into different loads, as shown in the figure below. Using axial stress of 450 MPa (plus last digit of your ID No., MPa) for member a, determine the following: 1) Load P (kN). 2) Axial load (kN) held at member a and state whether compression or tension. 3) Axial deformation (mm) at member b considering its maximum cndurcd load. 4) Maximum shearing stress (MPa) due to the endured axial load exerted in member c, considering that it could produced moment due to applied torque with an eccentricity of 150 mm from the centroid of member b. 5) Shear modulus (GPa) of member b if the torque applied produced a maximum angle deformation of 5°. 2P 5 m a b ЗР ЗР 3P

A truss was made of circular hollow steel with an outside diameter of 100 mm (plus half of the last digit of your ID No., mm) and 10 mm thick (plus quarter of the last digit of your ID No., mm). It was subjected into different loads, as shown in the figure below. Using axial stress of 450 MPa (plus last digit of your ID No., MPa) for member a, determine the following: 1) Load P (kN). 2) Axial load (kN) held at member a and state whether compression or tension. 3) Axial deformation (mm) at member b considering its maximum cndurcd load. 4) Maximum shearing stress (MPa) due to the endured axial load exerted in member c, considering that it could produced moment due to applied torque with an eccentricity of 150 mm from the centroid of member b. 5) Shear modulus (GPa) of member b if the torque applied produced a maximum angle deformation of 5°. 2P 5 m a b ЗР ЗР 3P

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

The below column (diameter 1 in.) is subjected to a compressive force where the diameter is increased by 0.0001 in. Determine the shear modulus G of the material. Assume that the material behaves elastically with E= 10000 ksi. P=100Kips L- 12' TOSHIBA
ider Replace the three forces acting on the shaft by a single resultant force. Specify where the force acts, measured from end A.
Question in machine design. I will rate helpful. Thanks
Question 12 Based on the diagram below, calculate the stress at each hole, assuming that the holes are sufficiently far apart that their effects do not interact. Thickness 0.50 in 1.40 in .0.72-in L0.40-in 0.50-in dia. 6200 lb dia. dia. Axial tensile force
Parvinbhai
Calculate the wall thickness required for a thin-walled cylindrical pressure vessel which must withstand an operating internal pressure of 3.5 MPa at an outside pressure of 2 MPa. The mean diameter is 200mm and the stress must not exceed 60 Mpa. O a. 8.3 mm O b. 2.5 mm O c. 3.3 mm O d. 5.83 mm O O
If the block is loaded with P = 257 kN, calculate the required dimension "h" of the key. Write your final answer in 2 decimal places with the unit of mm.
S2 - 9 and 10