Two helical springs, 1 and 2, are subjected to a 2 kN load as shown. Determine the maximum torsional stress produced using the simplified formula. (in MPa) E- to GPa y =0 4 2 E= 200 6Pa V = 0.3 n = 10 turn s R= 100 mm d = 20 mm n= 15 tums 75° R= IS0 Mm 250 %3D d= 16 MM %3D 2 KN www.

Structural Analysis
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Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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Two helical springs, 1 and 2, are subjected to a 2 kN load as shown.
Determine the maximum torsional stress produced using the simplified
formula. (in MPa)
E= to GPa
y =0 4
E= 200 6Pa
n= 15 tums
75°
R= IS0 mm
d = 16 MM
V =0.3
n = 10 turn s
R = 100 mm
d = 20 mm
25°
2 KN
Transcribed Image Text:Two helical springs, 1 and 2, are subjected to a 2 kN load as shown. Determine the maximum torsional stress produced using the simplified formula. (in MPa) E= to GPa y =0 4 E= 200 6Pa n= 15 tums 75° R= IS0 mm d = 16 MM V =0.3 n = 10 turn s R = 100 mm d = 20 mm 25° 2 KN
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