Define Refrigerant || Properties of Refrigerant || RAC

I.C.Engine Parts and Their Functions || Components of I.C.Engine

Clearance Volume & Clearance Ratio in Air Compressor

Reciprocating Compressor || Construction & Working || BME

Important Terms used in Air Compressor || Air Compressor

Applications of Air Compressor || Air Compressor

Methods to Synthesize Nanomaterials || Nanotechnology || Top-down & Bottom-up approach

Top-Down Approach || Bottom-Up Approach || Differences || Nanotechnology

Specific Gas Constant-R || Universal Gas Constant || Difference between R & Universal Gas Constant

Throttling Process || Derivation of Throttling Process || Example of Throttling Process

Polytropic Process || Derive equation for Polytropic Process || pv^n=c

Adiabatic Process || Derive equation for an Adiabatic Process || PV^gamma =C

Isothermal Process || Constant Temperature Process || Derivations || Properties of Gases

Constant Volume Process || Isochoric Process || Derivations || Properties of Gases

Constant Pressure or Isobaric Process || Derivations || Properties of Gases

Prove Cp - Cv =R || Relation between Specific Heats || Mayer's equation || Properties of Gases

Types of Steam || Wet || Dry Saturated || Superheated Steam || Advantages of Superheated Steam

Short note on Hydrogen Gas || Advantages & Disadvantages of Hydrogen Gas || Electrolysis of Water

Short note on CNG || Compressed Natural Gas || Uses of CNG

Short note on Solar Energy || Key Points on Solar Energy

Short note on Wind Energy || Advantages & Disadvantages of Wind Energy

Short note on Bio-Fuels || Biogas || Biodiesel || Bioethanol || Vegetable oil

Short note on Ozone Depletion || Effects & Prevention of Ozone Depletion

Define Pressure & Stress || Differences between Pressure & Stress || With Example

Nuclear Fission || Nuclear Fusion || Advantages & Disadvantages of Nuclear Energy

Objectives of Metrology || Measurements and Metrology

Define Metrology || Necessity of Metrology || Measurements and Metrology

Short note on Global Warming || Causes of Global warming || Effects & Prevention

Classification of Metrology || Measurements & Metrology

Derive the Relation between P, v and T for Adiabatic Process || Properties of Gases

Reciprocating Compressor & Rotodynamic Compressor Differences || Comparisons

Adiabatic Index || Ratio of Specific Heats || Properties of Gases

Derive PV=mRT || Characteristic Gas Equation || Properties of Gases

Gay-Lussac Law || Properties of Gases || Gay-Lussac Law with Examples

Charle's Law || Properties of Gases || Charle's Law with Examples

Boyle's Law || Properties of Gases || Boyle's Law with Examples

Wetness Fraction of Steam || Formula of Wetness Fraction || With Example

Dryness Fraction of Steam || Formula of Dryness Fraction || With Examples

Define Path || Process || Cycle || Thermodynamics || With Examples

Define Internal Energy || Enthalpy || Specific Enthalpy || With Examples

Define Hydel or Hydraulic Energy || Hydro Power Plant || Advantages & Disadvantages of Hydel Energy

Thermodynamic Systems || Types of Thermodynamic Systems || Open, Close, Isolated System || Examples

Specific Heat || Specific Heat capacity || Definition || Examples

Calorific Value of Fuels || Gross Calorific Value || Net Calorific Value || C.V. of Fuels

Define Heat & Work || Comparison between Heat and Work || Similarities between Heat and Work

Advantages & Limitations of Renewable Energy over Non-Renewable Energy || Renewable Energy Sources

Advantages & Disadvantages of Gaseous Fuels over Liquid Fuels || Gaseous Fuels

Sensible Heat & Latent Heat || Examples of Sensible Heat & Latent Heat || Differences

Homogeneous & Heterogeneous Systems || Differences || Examples

Define Energy || Forms of Energy || Potential & Kinetic Energy with Example

Extensive Properties & Intensive Properties || Differences || Examples

Flow Process & Non-Flow Process || Differences of Flow & Non-Flow Processes || Examples

Electrical Properties of Materials || Engineering Materials || Properties of Materials

Magnetic Properties of Materials || Engineering Materials || Properties of Materials

Classification of Engineering Materials || Metals & Non-Metals || Ferrous & Non-Ferrous Materials

Physical Properties of Materials || Materials Properties || Engineering Materials

Differences between Brass and Bronze || Engineering Materials || Properties & Applications

Chemical Properties of Materials || Engineering Materials || Properties of Materials

Thermal Properties of Materials || Engineering Materials || Properties of Materials

First Law of Thermodynamics || Energy Conservation Law || Derivation || Limitations