WORK IN AREAS SUCH AS PRODUCTION, THERMAL, DESIGN, CAD, CAE, CAM, FLUID DYNAMICS, ADVANCED HEAT TRANSFER, FINITE ELEMENT ANALYSIS, STEAM AND GAS TURBINES, IC ENGINES, THERMAL POWER PLANT CYCLES.
IS THIS COURSE RIGHT FOR YOU?
- If you are interested in aeronautical, automobile and space applications
- If you wish to get a holistic approach to thermal system engineering
- If your goal is to be the best in your field, then Master this course
ACCREDITATION, APPROVALS, AND RECOGNITION
- Approved by AICTE
- Affiliated to VTU
- Goodrich Aerospace
- DPSUs and other Aerospace industries.
WHO HEADS THIS DEPARTMENT?
Prof. Ravishankar holds Post Graduate degrees in Mechanical Engineering and Product Design and Manufacturing. His interests include Automobile Engineering, Solar Energy and Product design He has 8 years of experience that include 2 years in industry. He was adjudged the Best Teacher in the year 2010-2011. He has presented papers in several prestigious National Conferences and published papers in International journals.
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Strain gauge – polarimeter – governors – dampers – journal bearing – whirling of shafts – balancing – gyroscope.
Flash and Fire Point – Junkers Calorimeter – Planimeter – Performance testing of Two Stroke Petrol, Four Stroke Petrol, Four Stroke diesel and Twin Cylinder engines – Electrical, Single cylinder mechanical and Hydraulic dynamometers – Variable Compression Ratio.
Determination of the Clay content – Sand Permeability – Shear test – Compression test – Moisture content test – Foundry models like Split patterns – Single mould – double mould patterns. Demonstration of Casting Patterns – Forging models like Square nail – Square bolt – Hexagonal; bolt – Material Calculations.
Boiling and Condensation – Determination of Thermal Conductivity – Composite wall – Pinfin experiment – Free and Forced Convection – Radiation – Parallel and Counter Flow Heat Exchanges – Convection – Conduction – Parallel Flow – Emissivity – Stephen Boltzmann Constant – Vapour Compression – Refrigeration.
Preparation of the Specimen – Study the Microstructure for materials like High Carbon Steel, HSS, Mild Steel, Cast Iron, Brass, Copper, Aluminum, etc, – Study the Mechanical Properties using destructive testing like Impact, Tensile, Compression, Wear, Fatigue tests – nondestructive tests like dye penetrating, magnetic detector, ultrasonic sound.