Situation 3: Four plates, 10 mm thick each, are connected by 25-mm diameter rivets as shown. Assume that the force will be equally distributed among the rivets. Take note that each hole diameter is 3 mm wider than the rivet diameter. A. How much punching force is required to create a hole in a single plate? Round your answer by 5 kN. B. What is the maximum allowable force P that can be applied on the middle 100 mm plates considering the given allowable stresses? (kN) Allowable stresses: C.IfP = 10 kN, what is the normal stress Bearing stress of each plate: 20 MPa Shearing stress of each rivet: 15 MPa Shearing stress of each plate: 12 MPa of the top plate at section a-a? (MPa)

Structural Analysis
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Chapter2: Loads On Structures
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Four plates, 10 mm thick each, are connected by 25-mm diameter rivets as shown. Assume that the force will be equally
distributed among the rivets. Take note that each hole diameter is 3 mm wider than the rivet diameter

Situation 3: Four plates, 10 mm thick each, are connected by 25-mm diameter rivets as shown. Assume that the force will be equally
distributed among the rivets. Take note that each hole diameter is 3 mm wider than the rivet diameter.
A. How much punching force is required
to create a hole in a single plate?
Round your answer by 5 kN.
B. What is the maximum allowable force
P that can be applied on the middle
100 mm
plates considering the given allowable
stresses? (kN)
C. If P = 10 kN, what is the normal stress
Allowable stresses:
Bearing stress of each plate: 20 MPa
Shearing stress of each rivet: 15 MPa
Shearing stress of each plate: 12 MPa
of the top plate at section a-a? (MPa)
Transcribed Image Text:Situation 3: Four plates, 10 mm thick each, are connected by 25-mm diameter rivets as shown. Assume that the force will be equally distributed among the rivets. Take note that each hole diameter is 3 mm wider than the rivet diameter. A. How much punching force is required to create a hole in a single plate? Round your answer by 5 kN. B. What is the maximum allowable force P that can be applied on the middle 100 mm plates considering the given allowable stresses? (kN) C. If P = 10 kN, what is the normal stress Allowable stresses: Bearing stress of each plate: 20 MPa Shearing stress of each rivet: 15 MPa Shearing stress of each plate: 12 MPa of the top plate at section a-a? (MPa)
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