Velocity analysis| Four bar mechanism using Analytical method| Problem| kinematic analysis

In this Video Four bar linkage/mechanism velocity equations derived by analytical method and a problem is solved using Microsoft Excel. Kinematic analysis of four bar mechanism. Angular velocity of coupler and angular velocity of follower equations derived.

Engineering Design Simplified delivers contents that help engineering professionals to expand their skills and freshen their engineering basics. Engineering students will have a chance to learn from an engineering expert.

I currently upload at least four videos every month on topics related to Engineering mathematics, Engineering mechanics, Strength of materials, Machine design, Fracture mechanics, Fatigue, Reliability and much more.

#fourbarlinkage
#fourbarmechanism
#mechanismsanalyticalmethod
#theoryofmachines
#mechanisms
#Kinematicsofmachines
#Analyticalmethod

[AG-cxug]

4:47 some textbooks are differentiating the cx and cy by chain rule where theta is also changing and is a function as well as the L1 part; here are we only differentiating the costheta part by chain rule, and no product rule for also L1? Thank you

[fifikeo]

Can you do a one for angular acceleration?

[mary._.]

if my angular velocity2 is negative, do I plug it in with the negative sign?

[syafiqizwan]

could you provide the excel file so that i can see the equation in the formula box

[fifikeo]

Can you do one for angular acceleration?