Situation 2: A steel rod is inserted into a wooden block as shown. Further, two cables (one on each end) are attached to the rod where it carries a bar with negligible weight. Determine the maximum allowable force P in Newtons based on the stress and strain parameters given below. Wooden Block: Shear strength capacity = 10 MPa Bearing strength capacity = 15 MPa Normal strength capacity = 40 MPa Steel Rod: Shear strength capacity = 15 MPa 40 mm 2500 mm

Situation 2: A steel rod is inserted into a wooden block as shown. Further, two cables (one on each end) are attached to the rod where it carries a bar with negligible weight. Determine the maximum allowable force P in Newtons based on the stress and strain parameters given below. Wooden Block: Shear strength capacity = 10 MPa Bearing strength capacity = 15 MPa Normal strength capacity = 40 MPa Steel Rod: Shear strength capacity = 15 MPa 40 mm 2500 mm

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

Situation 2: A steel rod is inserted into a wooden block as shown. Further, two cables (one on each
end) are attached to the rod where it carries a bar with negligible weight. Determine the maximum
allowable force P in Newtons based on the stress and strain parameters given below.
Wooden Block:
Shear strength capacity = 10 MPa
Bearing strength capacity = 15 MPa
Normal strength capacity = 40 MPa
Steel Rod:
Shear strength capacity = 15 MPa
40 mm
2500 mm
100 mm
120 mm
'I
220 mm
12 mm dia.

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