- Fluid Mechanics Virtual Lab helps in determining the coefficient of discharge of a V notch, rectangular notch, impact of jet on the vanes, discharge through Venturimeter & friction in pipes. The goals of the experiment include the determination of forces generated when fluid flow takes place over a solid object, applications of the control volume approach, demonstration of the momentum and energy equations, viscosity measurement, and engineering corrections. By exploring experiments through virtual labs & using simulations, the participants can easily understand the concepts of discharges through devices.

Machines are inevitable & vital part of today’s manufacturing arena. The most common operations in the manufacturing unit are performed by operating on Lathe machines & CNC turning. The lathe machine removes excess material from the rotating workpiece with a hard cutting tool. The primary function of CNC is to control the machine tool, and in-process compensation, and improve programming, operating features, and diagnostics. CNC is widely used for lathe, drill press, milling machines, grinding units, laser, sheet-metal press working machines, etc. Participants can analyze these processes through Tool Motion Controller and CNC Simulator and understand the basic principles of working.

Strength of Materials Virtual Lab helps in determining various mechanical properties of a material such as Young’s Modulus, Shear Modulus, Hardness, Toughness, Deflection, Fatigue Strength, etc. The main objective of the experiments is to find the impact resistance of mild steel, cast iron and hardness number of Brass, Aluminium & Spring steel, the study of mechanical properties of mild steel specimen under tension load & compression, ultimate shear strength, double shear, etc. Participants can easily perform the experiments with ease by using the virtual lab

As manufacturing technology evolves, impressive leaps is being seen when it comes to the creativity and complexity of machine design. It mainly focuses on Adaptive Design, Developmental Design, and New Design. Key technologies include Computer-Aided Design & Manufacturing (CAD/CAM), fastening & joining, fluid power, manufacturing, engineering materials and motion control. Design of machine elements presents the fundamentals of Mechanisms, Load Analysis, Material Selection, Modification, Drawing and Manufacturing. Participants can use the virtual lab to understand various design tools/software used in designing mechanical tools such as AUTOCAD, PRO-E, CREO, CATIA, etc.

Heat & Transfer Virtual Lab provides fundamental and industrial knowledge about modes of heat transfer, like conduction, convection, and radiation, and their application. In this Lab, participants can study & perform experiments on the phase change, Heat Transfer by Conduction, Convection, and Radiation, Newton’s Law of Cooling, Thermo Couple Seebeck Effect, Black Body Radiation, and Characteristics of Thermistor. The various apparatus used to perform the experiments are Emissivity Measurement Apparatus, Critical Heat Flux Measurement Apparatus, Pin Fin Apparatus, and Thermocouple Calibration System.

- Internal Combustion Engine Virtual Lab aims at exploring the concepts of basic laws of thermodynamics, heat transfer between various systems, conversion of heat to one form to another form, Working with SI & CI Engines, evaluating parameters of emissions, and understanding performance parameters of different engines. With the help of a virtual lab, participants will understand the basic working principles of various engines such as 4-stroke multi-cylinder Petrol Engine, 4-stroke 4-cylinder Petrol Engine, 4-stroke 4-cylinder Diesel Engine, 4-stroke single cylinder Dual Fuel Engine, Variable Compression Ratio (VCR) Engine. The setup enables the study of engines for brake power, BMEP, brake thermal efficiency, volumetric efficiency, specific fuel consumption, air-fuel ratio, frictional power, and engine performance parameters like BP, IP, and heat balance sheet.