A side hammer is collected with both shaft and journal sliding support, as illustrated in below Figures (a) and (b), where this system employed to crashing a raw material of cement in the cement factory. Determine the following: Shaft Journal Slide Support Side Hammer 16 AN B 16 KN 1. Maximum stress of this system at Case-A. 2. Maximum Stress of this system at Case-B. 3. Crashing stress of journal sliding hole. Hint: a. Use APPENDIX-A to help you in evaluating your answer, all dimensions based on SI-Units. b. R/J of side hammer is 0.764325 mm.
A side hammer is collected with both shaft and journal sliding support, as illustrated in below Figures (a) and (b), where this system employed to crashing a raw material of cement in the cement factory. Determine the following: Shaft Journal Slide Support Side Hammer 16 AN B 16 KN 1. Maximum stress of this system at Case-A. 2. Maximum Stress of this system at Case-B. 3. Crashing stress of journal sliding hole. Hint: a. Use APPENDIX-A to help you in evaluating your answer, all dimensions based on SI-Units. b. R/J of side hammer is 0.764325 mm.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![A side hammer is collected with both shaft and journal sliding support, as illustrated in below
Figures (a) and (b), where this system employed to crashing a raw material of cement in the cement
factory. Determine the following:
Ø40
Case-A
Shaft
Journal Slide Support
100
220
Side Hammer
50
16 KN
B
16 KN
Case-B
1. Maximum stress of this system at Case-A.
2. Maximum Stress of this system at Case-B.
DO NO SCALE DRANG
BRLAK SHARP
3. Crashing stress of journal sliding hole.
Hint:
a. Use APPENDIX-A to help you in evaluating your answer, all dimensions based on SI-Units.
b. R/J of side hammer is 0.764325 mm'.
A4
APPENDIX-A](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9a21986c-e3f6-4c65-917d-f14c210466dd%2F2e2b2e28-aee2-452a-8dab-4a49e653e52e%2Feqt3n7p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A side hammer is collected with both shaft and journal sliding support, as illustrated in below
Figures (a) and (b), where this system employed to crashing a raw material of cement in the cement
factory. Determine the following:
Ø40
Case-A
Shaft
Journal Slide Support
100
220
Side Hammer
50
16 KN
B
16 KN
Case-B
1. Maximum stress of this system at Case-A.
2. Maximum Stress of this system at Case-B.
DO NO SCALE DRANG
BRLAK SHARP
3. Crashing stress of journal sliding hole.
Hint:
a. Use APPENDIX-A to help you in evaluating your answer, all dimensions based on SI-Units.
b. R/J of side hammer is 0.764325 mm'.
A4
APPENDIX-A
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