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A student is asked to design a four bar crank-rocker mechanism that satisfied Grashof mechanism with following condition: time ratio is 1:1.4, rocker is 70 mm and maximum oscillation angle is 60 degree.

A student is asked to design a four bar crank-rocker mechanism that satisfied Grashof mechanism with following condition: time ratio is 1:1.4, rocker is 70 mm and maximum oscillation angle is 60 degree.

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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A student is asked to design a four bar crank-rocker mechanism that satisfied Grashof mechanism with following condition: time ratio is 1:1.4, rocker is 70 mm and maximum ocillation angle is 60 degree. (ii) Solve the angles a, ß and 8 for crank-rocker mechanism following the condition given (iii) Based on information in Q2(ii), design the four bar crank-rocker that satisfied all condition given. Please label all the links and angles a, ß and d in your design. the (iv) If time ratio of this mechanism becomes 1, construct the kinematics diagram of the crank- rocker mechanism. Please label all the links and angles a, ß and d in your design.
Transcribed Image Text:A student is asked to design a four bar crank-rocker mechanism that satisfied Grashof mechanism with following condition: time ratio is 1:1.4, rocker is 70 mm and maximum ocillation angle is 60 degree. (ii) Solve the angles a, ß and 8 for crank-rocker mechanism following the condition given (iii) Based on information in Q2(ii), design the four bar crank-rocker that satisfied all condition given. Please label all the links and angles a, ß and d in your design. the (iv) If time ratio of this mechanism becomes 1, construct the kinematics diagram of the crank- rocker mechanism. Please label all the links and angles a, ß and d in your design.
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