Back close

Course Detail

Course Name Advanced Thermal & Fluids Eng. Lab
Course Code 25TF682
Program M. Tech. in Thermal & Fluids Engineering(Augmented with Artificial Intelligence and Machine Learning)  * for Regular & Working Professionals
Semester 2
Credits 2
Campus Amritapuri

Introduction

Dynamic similarity and scaling; Types of measurement devices & techniques; Errors in Measurement and its Analysis: Causes and types of experimental errors, systematic and random errors;Uncertainty analysis, computation of overall uncertainty,calibration.
Experiments in Wind Tunnel: Surface pressure distribution on circular cylinder, symmetric and cambered aero-foils-estimation lift and drag, smoke flow visualization. Laminar turbulent transition for various geometries.
Experiments in Water Channel : Visualization of flow over stream line and bluff bodies vortex shedding from bluff bodies (like circular cylinder)-study of vortex streets.
2-D laminar flow over bluff bodies (Hele-Shaw flow)-construction of flow net (velocity potential lines and streamlines).Numerical visualization of flow over bluff bodies using Ansys/Algor Software-comparison of numerical flow patterns with experimental ones.
Performance characteristics of Centrifugal compressor and axial flow fan.
Free Convection Heat Transfer- Forced Convection Heat Transfer-Measuring instruments for R&A/C applications-measurement of very low temperature-Measurement of density and viscosity of oils-measurement of gas flow rate through pipelines.
Steady state and transient convective heat transfer.
Radiation Heat Transfer – Boiling Heat Transfer-Performance evaluation of vapour compression refrigeration-performance evaluation of thermoelectric refrigerator and heat pump-Measurement and analysis of combustion parameters in I.C. Engines-Evaluation of the calorific value of gaseous and liquid fuels.
Experiments in supersonic jet: static pressure distribution in the nozzle wall, estimation of Machnumber.
Experiments in pneumatic and hydraulic systems

Course Outcomes

  • CO1: Develop physical insight into the advanced concepts in fluids and thermal engineering.
  • CO2: Design experiments to estimate physical variables involved in fluid flow and heat transfer
  • CO3: Conduct research studies in fluid flow and heat transfer.
  • CO4:To have practical exposure to flow visualization techniques.

Textbooks/References

  • Goldstein,R.J., Fluid Mechanics Measurement, 2ndEd.,CRC Press.2017.
  • Doeblin,E.O.,Measurements System Application and Design,5thEd.,McGrawHill,2004
  • MarangoniR D and Lienhard JH,Mechanical Measurements by Beck with TG,6thEd., PrenticeHall.2006
  • Eckert,R.G.and Goldstein,R.J., Measurements in HeatTransfer,2ndEd.,Springer.1986.
  • Barlow JewelB.,RaeWilliamH.,Pope A lan,Low speed wind tunnel testing, 3e,Wiley, 1999.

DISCLAIMER: The appearance of external links on this web site does not constitute endorsement by the School of Biotechnology/Amrita Vishwa Vidyapeetham or the information, products or services contained therein. For other than authorized activities, the Amrita Vishwa Vidyapeetham does not exercise any editorial control over the information you may find at these locations. These links are provided consistent with the stated purpose of this web site.

Admissions Apply Now