The bell crack mechanism shown in Figure is in equilibrium for an applied load of F1 - 15KN at A and F2 at C. The pin at B has a diameter of 12mm. The thickness of the bell crank is 8mm while the support bracket has a thickness of 6mm. The bell crank and the support bracket each have an ultimate bearing strength of 550 MPa. a = 300 mm; b= 150 mm : c= 100 mm: e - 65° 30° (2) Bell crank B 1) E8 mm BLI Bracket 6 mm 6 mm Connection detail Determine the magnitude of the resultant reaction force actíng at pin B. (in KN).

The bell crack mechanism shown in Figure is in equilibrium for an applied load of F1 - 15KN at A and F2 at C. The pin at B has a diameter of 12mm. The thickness of the bell crank is 8mm while the support bracket has a thickness of 6mm. The bell crank and the support bracket each have an ultimate bearing strength of 550 MPa. a = 300 mm; b= 150 mm : c= 100 mm: e - 65° 30° (2) Bell crank B 1) E8 mm BLI Bracket 6 mm 6 mm Connection detail Determine the magnitude of the resultant reaction force actíng at pin B. (in KN).

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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Question

The bell crack mechanism shown in Figure is in equilibrium for an applied load of F1- 15KN at A and F2 at C. The pin at B has a diameter of 12mm. The thickness of the
bell crank is 8mm while the support bracket has a thickness of 6mm. The bell crank and the support bracket each have an ultimate bearing strength of 550 MPa. a
= 300 mm; b = 150 mm ; c = 100 mm; e = 65°
%3D
%3D
30°
(2)
Bell crank
B
F2
b.
a
F1
H-8 mm
BLI
Bracket
6 mm
mm
Connection
detail
Determine the magnitude of the resultant reaction force acting at pin B. (in KN).

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