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-300 mm- 30 mm 100 mm BC 60% A suspension system of a mountain bike is held by a pin at point C and supported by a shock absorber BD. If the bike is designed to withstand a load P = 1500N with safety factor FS = 2, ultimate shear stress tu = 150 MPa and ultimate tensile stress ou = 360 Mpa, determine pin B and pin C diameters. Notes: Both pin B and C experiencing double shear and bearing pressure stress.

-300 mm- 30 mm 100 mm BC 60% A suspension system of a mountain bike is held by a pin at point C and supported by a shock absorber BD. If the bike is designed to withstand a load P = 1500N with safety factor FS = 2, ultimate shear stress tu = 150 MPa and ultimate tensile stress ou = 360 Mpa, determine pin B and pin C diameters. Notes: Both pin B and C experiencing double shear and bearing pressure stress.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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A suspension system of a mountain bike is held by a pin at point C and supported by a shock absorber BD. If the bike is designed to withstand a load P = 1500N with safety factor FS = 2, ultimate shear stress τu = 150 MPa and ultimate tensile stress σu = 360 Mpa, determine pin B and pin C diameters
A -300 mm- 30 mm 100 mm BC 60% A suspension system of a mountain bike is held by a pin at point C and supported by a shock absorber BD. If the bike is designed to withstand a load P = 1500N with safety factor FS = 2, ultimate shear stress tu = 150 MPa and ultimate tensile stress ou = 360 Mpa, determine pin B and pin C diameters. Notes: Both pin B and C experiencing double shear and bearing pressure stress.
Transcribed Image Text:A -300 mm- 30 mm 100 mm BC 60% A suspension system of a mountain bike is held by a pin at point C and supported by a shock absorber BD. If the bike is designed to withstand a load P = 1500N with safety factor FS = 2, ultimate shear stress tu = 150 MPa and ultimate tensile stress ou = 360 Mpa, determine pin B and pin C diameters. Notes: Both pin B and C experiencing double shear and bearing pressure stress.
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