a) Find the degree of freedom of the dump truck mechanism shown below, and state what inversion of four-bar mechanism does it belong to? b) Perform position analysis of the mechanism - Given a,b,c and d, find the angles 02, 03, and 04- c) Perform velocity analysis - Given the sliding velocity of the linear actuator v in the slotted link (cylinder), find the angular velocity of all the rotating links in the mechanism. d) Perform acceleration analysis - Given the sliding velocity of the linear actuator v in the slotted link (cylinder) is constant, find the angular acceleration of all the rotating links in the mechanism.
a) Find the degree of freedom of the dump truck mechanism shown below, and state what inversion of four-bar mechanism does it belong to? b) Perform position analysis of the mechanism - Given a,b,c and d, find the angles 02, 03, and 04- c) Perform velocity analysis - Given the sliding velocity of the linear actuator v in the slotted link (cylinder), find the angular velocity of all the rotating links in the mechanism. d) Perform acceleration analysis - Given the sliding velocity of the linear actuator v in the slotted link (cylinder) is constant, find the angular acceleration of all the rotating links in the mechanism.
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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Acceleration analysis: Hello, I am stuck on the last part (d) and I'm not sure how to start. I have solved all other parts, Thanks.
Transcribed Image Text:a) Find the degree of freedom of the dump truck mechanism shown below, and state what
inversion of four-bar mechanism does it belong to?
b) Perform position analysis of the mechanism - Given a,b,c and d, find the angles 02, 03, and
04-
c) Perform velocity analysis - Given the sliding velocity of the linear actuator v in the slotted
link (cylinder), find the angular velocity of all the rotating links in the mechanism.
d) Perform acceleration analysis - Given the sliding velocity of the linear actuator v in the
slotted link (cylinder) is constant, find the angular acceleration of all the rotating links in the
mechanism.
d
Linear
Actuator
82
03
84
CG
b
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