Question: Question: For a fixed Q, how does a non-Newtonian fluid modify the velocity profile compared to Poiseuille flow? - Power-Law - Bingham Plastic - Blood

 Question: For a fixed Q, how does a non-Newtonian fluid modify
the velocity profile compared to Poiseuille flow? - Power-Law - Bingham Plastic
- Blood (Casson) Poiseuille flow u=4a2(dzdP)(1(ar)2)Q=8a4(dzdP)=8La4Pw=a34Q Power Law =2r(dzdP)=n=drdu u=2n1(1+n1)a1+n1(dzdP)(1(ar)1+n1) Q=? Bingham
Plastic =2r(dzdP)=0+drdu Think about a physic picture first! u=4a2(dzdP)(1(ar)2)0a(1(ar)),r0
image text in transcribed

Question: For a fixed Q, how does a non-Newtonian fluid modify the velocity profile compared to Poiseuille flow? - Power-Law - Bingham Plastic - Blood (Casson) Poiseuille flow u=4a2(dzdP)(1(ar)2)Q=8a4(dzdP)=8La4Pw=a34Q Power Law =2r(dzdP)=n=drdu u=2n1(1+n1)a1+n1(dzdP)(1(ar)1+n1) Q=? Bingham Plastic =2r(dzdP)=0+drdu Think about a physic picture first! u=4a2(dzdP)(1(ar)2)0a(1(ar)),r0

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Chemical Engineering Questions!