The front landing gear for a mobile crane is shown in the above figure with the indicated main dimensions. Study it carefully, THEN: a) Make the product concept of fixing the hard rubber tire to its supporting Axle to ensure free running fit with its supporting axle. b) determine the limiting dimensions for the supporting axle with its tire's bore d) Design the L-Shaped supporting STEEL crank; according to "The von mises" failure criteria, if the resisting force p=42KN
The front landing gear for a mobile crane is shown in the above figure with the indicated main dimensions. Study it carefully, THEN: a) Make the product concept of fixing the hard rubber tire to its supporting Axle to ensure free running fit with its supporting axle. b) determine the limiting dimensions for the supporting axle with its tire's bore d) Design the L-Shaped supporting STEEL crank; according to "The von mises" failure criteria, if the resisting force p=42KN
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 front landing gear for a mobile crane is shown in the above figure with the indicated main dimensions.
Study it carefully, THEN:
a) Make the product concept of fixing the hard rubber tire to its supporting Axle to ensure free running fit with its supporting axle.
b) determine the limiting dimensions for the supporting axle with its tire's bore
d) Design the L-Shaped supporting STEEL crank; according to "The von mises" failure criteria, if the resisting force p=42KN
Transcribed Image Text:320
20
778
648
R8
16 Ø
Supporting
Axle
350
Hard Rubber
Tire 150 Ø
Transcribed Image Text:The front landing gear for a mobile crane is shown in the above figure with the indicated main dimensions.
Study it carefully, THEN:
a) Make the product concept of fixing the Hard Rubber Tire to its supporting Axle to ensure FREE Running
fit with its supporting Axle.
b) Determine the Limiting dimensions for the supporting axle with its tire's bore.
c) Design the L-Shaped supporting STEEL crank; according to: "The Von Mises" failure criteria, if the
resisting force P 42 KN.
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