NUMBER The relationship between the TWO is given by the equation\(\FRAC{{{\delta }}}{\delta_t } = P_r^{ \frac{1}{3}}\)δ = the thickness of the hydrodynamic boundary layer; the region of flow where the velocity is less than 99% of the far-field velocity.δT = the thickness of the thermal boundary layer; the region of flow where the local temperature nearly reaches the value (99%) of the bulk flow temperatureIf Pr > 1 the MOMENTUM or hydrodynamic boundary layer will increase more compared to the thermal boundary layer. If Pr < 1 the thermal boundary layer will increase more compared to the momentum or hydrodynamic boundary layer.If Pr = 1 The the thermal boundary layer and momentum or hydrodynamic boundary layer will increase at the same rate.

"> NUMBER The relationship between the TWO is given by the equation\(\FRAC{{{\delta }}}{\delta_t } = P_r^{ \frac{1}{3}}\)δ = the thickness of the hydrodynamic boundary layer; the region of flow where the velocity is less than 99% of the far-field velocity.δT = the thickness of the thermal boundary layer; the region of flow where the local temperature nearly reaches the value (99%) of the bulk flow temperatureIf Pr > 1 the MOMENTUM or hydrodynamic boundary layer will increase more compared to the thermal boundary layer. If Pr < 1 the thermal boundary layer will increase more compared to the momentum or hydrodynamic boundary layer.If Pr = 1 The the thermal boundary layer and momentum or hydrodynamic boundary layer will increase at the same rate.

">
Mobile Technologies Web Technologies Digital Marketing Creative Design Career Talk Medical General Tech Interviews Internet Of Things

Embark on a journey of knowledge! Take the quiz and earn valuable credits.

Take A Quiz

Challenge yourself and boost your learning! Start the quiz now to earn credits.

Take A Quiz

Unlock your potential! Begin the quiz, answer questions, and accumulate credits along the way.

Take A Quiz

Popular Categories

All
Interview Questions
QuestionBank
Quantitative Aptitude
Engineering
Govt Exams
Digital Marketing
Management
Interviews

For a fluid with Prandtl number Pr > 1, momentum boundary layer thickness

Heat Transfer Types Convection in Heat Transfer 11 months ago

  5   0   0   0   0 tuteeHUB earn credit +10 pts
5 Star Rating 1 Rating

The relationship between the thermal boundary layer and the hydrodynamic boundary layer are given by Prandtl NUMBER The relationship between the TWO is given by the equation\(\FRAC{{{\delta }}}{\delta_t } = P_r^{ \frac{1}{3}}\)δ = the thickness of the hydrodynamic boundary layer; the region of flow where the velocity is less than 99% of the far-field velocity.δT = the thickness of the thermal boundary layer; the region of flow where the local temperature nearly reaches the value (99%) of the bulk flow temperatureIf Pr > 1 the MOMENTUM or hydrodynamic boundary layer will increase more compared to the thermal boundary layer. If Pr < 1 the thermal boundary layer will increase more compared to the momentum or hydrodynamic boundary layer.If Pr = 1 The the thermal boundary layer and momentum or hydrodynamic boundary layer will increase at the same rate.

Previous Next

Posted on 13 Nov 2024, this text provides information on Heat Transfer related to Types Convection in Heat Transfer. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

Take Quiz To Earn Credits!

Turn Your Knowledge into Earnings.

tuteehub_quiz

Tuteehub forum answer Answers

Post Answer

No matter what stage you're at in your education or career, TuteeHub will help you reach the next level that you're aiming for. Simply,Choose a subject/topic and get started in self-paced practice sessions to improve your knowledge and scores.

Explore Other Libraries

Blogs Tutorials Question Bank Feeds Careernews