Problem 4: Draw a graph of tensile or compressive forces and stresses and calculate the total deformation of a square steel bar with the given data l=4m, b=20mm, F=5000N and E=210Gpa for the following case:
Solution: Below is the Solution of this Solid Mechanics problem. You may download the solution:
Problem 3: Draw a graph of tensile or compressive forces and stresses and calculate the total deformation of a square steel bar with the given data l=4m, b=20mm, F=5000N and E=210Gpa for the following case:
Solution: Below is the Solution of this Solid Mechanics problem. You may download the solution:
Problem 2: Draw a graph of tensile or compressive forces and stresses and calculate the total deformation of a square steel bar with the given data: l=4m, b=20mm, F=5000N and E=210Gpa for the following case:
Solution: Below is the solution of this Solid Mechanics problem. You may download the solution
Problem 1: Draw a graph of tensile or compressive forces and stresses and calculate the total deformation of a square steel bar with the given data l=4m, b=20mm, F=5000N and E=210Gpa for the following case
Solution: Below is the solution of this Solid Mechanics problem. You may download the solution:
Calculate the total deformation due to gravity of a homogeneous rod with length l, made of material with density ρ and young’s modulus E.
Solution: Below is the Solution of this Solid Mechanics problem. You may download the solution
Calculate the tensile stress , total deformation and relative strain of a Dural bar Of length l=5m and diameter d=5mm tensioned by a force F=1000N. Young modulus for Dural is E=72GPa
Solution: Below is the solution of this Strength of Materials/ Solid Mechanics problem. You may download the solution
A 25 mm diameter steel rod (E = 200 GPa) must carry a load in tension of 134 kN (see figure). If the initial length of the stressed portion of the rod is 0.55 m, what is its final length?
Solution: Below is the Solution of this Strength of Materials Problem. You may download the Solution:
