16 kN 125 mm PROBLEM 1.43 The two wooden members shown, which support a 16-kN load, are joined by plywood splices fully glued on the surfaces in contact. The ultimate shearing stress in the glue is 2.5 MPa and the clearance between the members is 6 mm. Determine the required length L of each splice if a factor of safety of 2.75 is to be achieved. 6 mm 16 KN PROBLEM 1.44 For the joint and loading of Problem 1.43, determine the factor of safety, knowing that the length of each splice is L = 180 mm.
16 kN 125 mm PROBLEM 1.43 The two wooden members shown, which support a 16-kN load, are joined by plywood splices fully glued on the surfaces in contact. The ultimate shearing stress in the glue is 2.5 MPa and the clearance between the members is 6 mm. Determine the required length L of each splice if a factor of safety of 2.75 is to be achieved. 6 mm 16 KN PROBLEM 1.44 For the joint and loading of Problem 1.43, determine the factor of safety, knowing that the length of each splice is L = 180 mm.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Answer 1,43 and 1,44
Transcribed Image Text:16 kN
125 mm
PROBLEM 1.43
The two wooden members shown, which support a 16-kN load, are
joined by plywood splices fully glued on the surfaces in contact. The
ultimate shearing stress in the glue is 2.5 MPa and the clearance
between the members is 6 mm. Determine the required length L of
each splice if a factor of safety of 2.75 is to be achieved.
6 mm
16 kN
PROBLEM 1.44
For the joint and loading of Problem 1.43, determine the factor of
safety, knowing that the length of each splice is L= 180 mm.
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