Problem 2: Using the data from the table shown below here, solve for Force in N, Torque in N- m, and Calculate Shear Stress and Strain due to torque(torsion) for each case by following sample calculations shown in the Module 2 Lesson. Fill in the blacked-out columns with your answers. (You may need to create a new table). NOTE that the beam dimensions, and other required data is provided at the top of the table. Gauge Factor:2.04 Beam diameter: 9.97 mm (0.00997 m) Beam Radius: 4.985 mm (0.0004985 m) Force (N) Load (kg) (Load x 9.81 m.s2) 0 0.25 0.5 Torque (Nm) Shear Modulus for the beam: 79.6 GPa Bridge Connection: Full Torque Arm Length: 0.15 m Polar Moment of Inertia Output Voltage (μV) 0 130 260 Strain Reading (HE) 0 12 25 Calculated (shear) Stress (MN.m2) Calculated (direct) Strain (μ€)

Problem 2: Using the data from the table shown below here, solve for Force in N, Torque in N- m, and Calculate Shear Stress and Strain due to torque(torsion) for each case by following sample calculations shown in the Module 2 Lesson. Fill in the blacked-out columns with your answers. (You may need to create a new table). NOTE that the beam dimensions, and other required data is provided at the top of the table. Gauge Factor:2.04 Beam diameter: 9.97 mm (0.00997 m) Beam Radius: 4.985 mm (0.0004985 m) Force (N) Load (kg) (Load x 9.81 m.s2) 0 0.25 0.5 Torque (Nm) Shear Modulus for the beam: 79.6 GPa Bridge Connection: Full Torque Arm Length: 0.15 m Polar Moment of Inertia Output Voltage (μV) 0 130 260 Strain Reading (HE) 0 12 25 Calculated (shear) Stress (MN.m2) Calculated (direct) Strain (μ€)

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

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Problem 2: Using the data from the table shown below here, solve for Force in N, Torque in N-
m, and Calculate Shear Stress and Strain due to torque(torsion) for each case by following
sample calculations shown in the Module 2 Lesson. Fill in the blacked-out columns with your
answers. (You may need to create a new table).
NOTE that the beam dimensions, and other required data is provided at the top of the table.
Gauge Factor: 2.04
Beam diameter: 9.97 mm (0.00997 m)
Beam Radius: 4.985 mm (0.0004985 m)
Force (N)
Load (kg) (Load x 9.81 m.s²)
0
0.25
0.5
Torque
(Nm)
Shear Modulus for the beam: 79.6 GPa
Bridge Connection: Full
Torque Arm Length: 0.15 m
Polar Moment of Inertia:
Output
Voltage
(UV)
0
130
260
Strain
Reading
(HE)
0
12
25
Calculated
(shear)
Stress
(MN.m2)
Calculated
(direct)
Strain
(μ€)

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