CALCULATIONS 4.1 Using the given pulley radius and the weight values, calculate the torque applied to the specimens. 4.2 Calculate the theoretical angle of twist. 4.3 Calculate the experimental angle of twist for the specimen by using the dial gauge readings and the lever distance to where the dial gauge makes contact. 4.4 Calculate the maximum torsional shear stress and compare the values to the shear stress limits of the material and discuss. Torsion of Diameter of pulley - 1180, 4 mm Length of rad 304 mm Diameter of rod at centre Paint - [6,7 mm Measure distance of lever -19, 52 mm Aluminum Solid rod. ရွာာာား Rod - Experiment T a mass. displacement 2009 displacement Mass 9,11 9, 23 mm 2,34 mm mm 47 mm 36- 0,4 9 58 mm

CALCULATIONS 4.1 Using the given pulley radius and the weight values, calculate the torque applied to the specimens. 4.2 Calculate the theoretical angle of twist. 4.3 Calculate the experimental angle of twist for the specimen by using the dial gauge readings and the lever distance to where the dial gauge makes contact. 4.4 Calculate the maximum torsional shear stress and compare the values to the shear stress limits of the material and discuss. Torsion of Diameter of pulley - 1180, 4 mm Length of rad 304 mm Diameter of rod at centre Paint - [6,7 mm Measure distance of lever -19, 52 mm Aluminum Solid rod. ရွာာာား Rod - Experiment T a mass. displacement 2009 displacement Mass 9,11 9, 23 mm 2,34 mm mm 47 mm 36- 0,4 9 58 mm

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Thermal Properties of Materials

In mechanical engineering, the thermal property is represented as the physical quantity that is relevant to the application of heat. The thermal properties are evaluated by variations in any specific material due to low heat or high heat. The quantities that influence the thermal property of the materials are mass, density, temperature, and many others.

Question

TelkomSA E
estion
CALCULATIONS
4.1 Using the given pulley radius and the weight values, calculate the
torque applied to the specimens.
←
4.2 Calculate the theoretical angle of twist.
4.3 Calculate the experimental angle of twist for the specimen by using
the dial gauge readings and the lever distance to where the dial gauge
makes contact.
4.4 Calculate the maximum torsional shear stress and compare the
values to the shear stress limits of the material and discuss.
4.76%
Rod - Experiment T
mass.
displacement
cog
2009
300g
400g
soog
Torsion of a
Diameter of pulley - 180, 4 mm
Length of rad
304mm
Diameter of rod at Centre Point - [6,7mm).
Measure distance of lever - 19,52 mm
Aluminum Solid rod.
displacement
mass
9,11 mm
9,23 mm
2,34 mm
Q. 47 mm
g s
S8 mm
11:57
3
O

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