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GIVEN: Hydraulic actuator clevis pin connection as shown below in the conceptual engineering sketch. The actuator will deliver 50,000 lbf to the given clip assembly. Goode DIA. #F J PART C A - 口 PAT B - B + PART A HINT: SUGGESTION MAKE PIN FROM STAINLESS STEEL AND FROM CARBON STEEL CLIPS FIND: 1. Calculate the bearing stresses on all the respective surfaces (i.e., mechanical components) that make up the clip assembly (i.e., parts A, B, and C). Size the respective part dimensions to ensure adequate design margin (F.S.). 2. Calculate the pin shear stress and size the pin dimensions (i.e., diameter of part C) to ensure adequate F.S. Only provide your final set of calculations 3. Calculate the maximum bending and shear stresses in the support-beam clip (Part A) for your part dimensions. Only provide your final set of calculations.

GIVEN: Hydraulic actuator clevis pin connection as shown below in the conceptual engineering sketch. The actuator will deliver 50,000 lbf to the given clip assembly. Goode DIA. #F J PART C A - 口 PAT B - B + PART A HINT: SUGGESTION MAKE PIN FROM STAINLESS STEEL AND FROM CARBON STEEL CLIPS FIND: 1. Calculate the bearing stresses on all the respective surfaces (i.e., mechanical components) that make up the clip assembly (i.e., parts A, B, and C). Size the respective part dimensions to ensure adequate design margin (F.S.). 2. Calculate the pin shear stress and size the pin dimensions (i.e., diameter of part C) to ensure adequate F.S. Only provide your final set of calculations 3. Calculate the maximum bending and shear stresses in the support-beam clip (Part A) for your part dimensions. Only provide your final set of calculations.

Elements Of Electromagnetics
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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Please complete parts 1-3.

GIVEN: Hydraulic actuator clevis pin connection as shown below in the conceptual engineering sketch. The actuator will deliver 50,000 lbf to the given clip assembly. Goode DIA. #F J PART C A - 口 PAT B - B + PART A HINT: SUGGESTION MAKE PIN FROM STAINLESS STEEL AND FROM CARBON STEEL CLIPS FIND: 1. Calculate the bearing stresses on all the respective surfaces (i.e., mechanical components) that make up the clip assembly (i.e., parts A, B, and C). Size the respective part dimensions to ensure adequate design margin (F.S.). 2. Calculate the pin shear stress and size the pin dimensions (i.e., diameter of part C) to ensure adequate F.S. Only provide your final set of calculations 3. Calculate the maximum bending and shear stresses in the support-beam clip (Part A) for your part dimensions. Only provide your final set of calculations.
Transcribed Image Text:GIVEN: Hydraulic actuator clevis pin connection as shown below in the conceptual engineering sketch. The actuator will deliver 50,000 lbf to the given clip assembly. Goode DIA. #F J PART C A - 口 PAT B - B + PART A HINT: SUGGESTION MAKE PIN FROM STAINLESS STEEL AND FROM CARBON STEEL CLIPS FIND: 1. Calculate the bearing stresses on all the respective surfaces (i.e., mechanical components) that make up the clip assembly (i.e., parts A, B, and C). Size the respective part dimensions to ensure adequate design margin (F.S.). 2. Calculate the pin shear stress and size the pin dimensions (i.e., diameter of part C) to ensure adequate F.S. Only provide your final set of calculations 3. Calculate the maximum bending and shear stresses in the support-beam clip (Part A) for your part dimensions. Only provide your final set of calculations.
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