Question (2)The followings are the compression spring particulars in slip clutch unit. You are asked to:-Axial forceSpring mean Diameter 25 mmCompression Spring ParticularsOg of SAE 6150O, of Cr-Mo-Ni Steel1600 MPa1400 MPa8 FDK1000 NSpring indexShear stress in spring wire58 FD3NY=GdtNo. of active turns, NModulus of rigidity ofspring material, GSpring deflection108 x 10* MPa Wahl factor, K1.31. Calculate the shear stress in spring wire.2. Choose the suitable spring material. .3. Calculate the spring stiffness.4. Determine the spring length in the system in working condition if the spring free length is100 mm.5. Recalculate the shear stress in spring wire if the axial force increases to 2000 N withoutchanging the spring material (obtained in no. 2). Comment on your results.

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Question (2) The followings are the compression spring particulars in slip clu Compression Spring Particulars Cy of SAE 6150 G, of Cr-Mo-Ni Steel 1600 MPa Axial force Spring mean Diameter | 25 mm Spring index | 1000 N 1400 MPa 8 FDK Shear stress in spring wire 8 FD'N Y=. No. of active turns, N 10 Modulus of rigidity of spring material, G Spring deflection 8 x 10* MPa Wahl factor, K 1.3 1. Calculate the shear stress in spring wire. 2. Choose the suitable spring material. . 3. Calculate the spring stiffness. hee length

Question (2) The followings are the compression spring particulars in slip clu Compression Spring Particulars Cy of SAE 6150 G, of Cr-Mo-Ni Steel 1600 MPa Axial force Spring mean Diameter | 25 mm Spring index | 1000 N 1400 MPa 8 FDK Shear stress in spring wire 8 FD'N Y=. No. of active turns, N 10 Modulus of rigidity of spring material, G Spring deflection 8 x 10* MPa Wahl factor, K 1.3 1. Calculate the shear stress in spring wire. 2. Choose the suitable spring material. . 3. Calculate the spring stiffness. hee length

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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