Topper Handwritten Notes & Videos for GATE ME Mechanical Engineering - Notes & Study Material for Mechanical Engineering
Get access to free study material for Topper Handwritten Notes & Videos for GATE ME of Mechanical Engineering for 2026 exams, with Revision Notes, PPTs, Flashcards, Question & Answer, & more.
Theory of Machines (TOM)
| Introduction: Theory of Machines 30 pages |  |
| Vector Analysis, TOM 51 pages | |
| Acceleration Analysis, TOM 9 pages | |
| Cams and Followers, TOM 13 pages | |
| Theory of machine, TOM 6 pages | |
Strength of Materials (SOM)
| Formula Sheet: Strength of Materials (SOM) 7 pages | |
| Young's Modulus, SOM 4 pages | |
| Pure bending, SOM 10 pages | |
| Introduction to Strength of Materials 33 pages | |
| Stress and Strain , Stress Tensor, Volumetric Strain or dilatation, SOM 12 pages | |
| Elastic Constants, U Irue Strain, SOM 6 pages | |
| Bulk modulus, SOM 2 pages | |
| Poisson's ratio, SOM 18 pages | |
| Tapered Bar Case-1, SOM 7 pages | |
| Parallel Bar Case -2, SOM 5 pages | |
| Thermal stress, SOM 7 pages | |
| Bending Stresses In a beam, SOM 14 pages | |
| Pure Torsion, SOM 9 pages | |
| Torsional Stiffness, SOM 11 pages | |
| Combined Stresses, SOM 8 pages | |
| Planes of pure Shear or Planes of zero, SOM 17 pages | |
| Mohr circle For strain, SOM 3 pages | |
| Theories of failure, SOM 6 pages | |
| Summary of T.O.F, SOM 6 pages | |
| Thick and Thin Pressure Vessels, SOM 5 pages | |
| Thick Cylinders, SOM 5 pages | |
| Columns and Struts, SOM 8 pages | |
| S.F.D and B.M.D, SOM 17 pages | |
| Deflection of beams, SOM 6 pages | |
Thermodynamics
| Basic Concepts: Thermodynamics 14 pages | |
| Energy Interaction 15 pages | |
| First law of Thermodynamics 28 pages | |
| Second law of Thermodynamics 22 pages | |
| Available Energy & Unavailable Energy 15 pages | |
| Thermodynamic Relations 13 pages | |
| Basics & Air Standard Cycles 10 pages | |
| Conventional Problem: Thermodynamics 6 pages | |
| Practice Problems: Thermodynamics 3 pages | |
| Workbook: Thermodynamics 11 pages | |
| Conventional Questions: Thermodynamics 8 pages | |
| Steady Flow Energy Equation 8 pages | |
| Chapter 2 workbook: Thermodynamics 10 pages | |
| Work book Chapter 3: Thermodynamics 12 pages | |
| Unsteady State Flow 5 pages | |
| Available Energy, Availability and Irreversibility 15 pages | |
| Chapter 4 workbook: Thermodynamics 6 pages | |
| Chapter 5 Workbook: Thermodynamics 22 pages | |
| Workbook Chapter 6: Thermodynamics 7 pages | |
| Workbook Chapter 7: Thermodynamics 5 pages | |
Fluid Mechanics
| Definition: Stress 9 pages | |
| Fluid Kinematics 42 pages | |
| Laminar Pipe flow 18 pages | |
| Flow Through Pipes 27 pages | |
| Boundary Layer Theory 14 pages | |
| Dimension Analysis 19 pages | |
| Fluid Properties 42 pages | |
| Pressure Measurement 18 pages | |
| Hydrostatics Forces 16 pages | |
| Buoyancy Force and Floatation 20 pages | |
Design of Machine Elements
| Introduction Engg Design, Machine Design 8 pages | |
| Flat Belt drive, Machine Design 12 pages | |
| Velocity Ratio in a Compound Belt Drive, Machine Design 17 pages | |
| Design Of Fibre Rope, Machine Design 5 pages | |
| Design Of Spur Gears, Machine Design 24 pages | |
| Design Of Shaft Under Fluctuating Loading, Machine Design 18 pages | |
| Design Of Riveted Joint Under Eccentric Loaded, Machine Design 15 pages | |
| Eccentrically Loaded Bolted Joints, Machine Design 12 pages | |
| Welded Joint, Machine Design 13 pages | |
| Design of Butt Welds,Machine Design 12 pages | |
| Bearings, Machine Design 18 pages | |
| Journal Bearings or Radial bearings, Machine Design 25 pages | |
| Antifriction Bearing or Rolling Contact Bearing, Machine Design 14 pages | |
| Springs. Machine Design 10 pages | |
| ClutChes And Power Screws, Machine Design 7 pages | |
IC Engine
| Basics & Air Standard Cycles 10 pages | |
| Introduction: Internal Combustion Engine 3 pages | |
| Air Standard cycles, Internal Combustion Engine- 1 21 pages | |
| Air Standard cycles, Internal Combustion Engine- 2 20 pages | |
| Combustion in S.I engine, Internal Combustion Engine 8 pages | |
| Pre ignition, Internal Combustion Engine 10 pages | |
| Combustion in C.I Engine or Compression Ignition Engine & Diesel Engine - Internal Combustion Engine 10 pages | |
| Carburetion & Fuel injection, Internal Combustion Engine 7 pages | |
| Problems: Internal Combustion Engine 17 pages | |
| Fuel Injection Equations, Internal Combustion Engine 11 pages | |
| Engine Emission & Contract, Internal Combustion Engine 27 pages | |
| Topics: Internal Combustion Engine 15 pages | |
| Practice Problems: Internal Combustion Engine 10 pages | |
| Supercharging, Internal Combustion Engine 2 pages | |
| Assignment: Internal Combustion Engine 4 pages | |
Power Plant Engineering
| Brayton Cycle or Ideal Joule, Power Plant Engineering 11 pages | |
| Gas Turbine Cycle With Machine efficiency, Power Plant Engineering 10 pages | |
| Regeneration in Gas Turbine cycle, Power Plant Engineering 10 pages | |
| Preheating with Multi-Stage Expansion in Brayton Cycle, Power Plant Engineering 7 pages | |
| Rankine Vapour Power Cycle, Power Plant Engineering 4 pages | |
| Rankine Cycles with Machine Efficiency, Power Plant Engineering 10 pages | |
| Regeneration of Rankine Cycle Steam Power Plant, Power Plant Engineering 12 pages | |
| Otto Cycle (air standard cycle), Power Plant Engineering 4 pages | |
| Diesel Cycle, Power Plant Engineering 3 pages | |
| Gas Turbine and Brayton Cycle Advantage and disadvantage and Problems 28 pages | |
| Vapour Power Cycle (Rankine cycles), Power Plant Engineering 11 pages | |
| Gas Power Cycle, Power Plant Engineering 12 pages | |
| Reaction Turbine, Power Plant Engineering 9 pages | |
| Compressible Flow, Power Plant Engineering 13 pages | |
| Normal Shock wave, Power Plant Engineering 4 pages | |
| Nozzle and diffuser, Power Plant Engineering 14 pages | |
| Reciprocating Compressor, Power Plant Engineering 10 pages | |
| Principle of Rotating Machine and Centrifugal compressor, Power Plant Engineering 8 pages | |
Refrigeration & Air Conditioning
| Refrigeration, Refrigeration and Air Conditioning 13 pages | |
| VCRS, Refrigeration and Air Conditioning 6 pages | |
| Problems: Refrigeration and Air Conditioning 16 pages | |
| Effect of Variation of Properties on the Performance of V.C Cycle - Refrigeration & Air Conditioning 5 pages | |
| Nomenclature of Refrigerants or Designation of a Refrigerant - Refrigeration and Air Conditioning 14 pages | |
| Cascade Refrigeration, Refrigeration and Air Conditioning 14 pages | |
| Gas Refrigeration Cycle, Refrigeration and Air Conditioning 21 pages | |
| Vapour Absorption Refrigeration Cycle, Refrigeration and Air Conditioning 17 pages | |
| Air conditioning, Refrigeration and Air Conditioning 9 pages | |
| Basic Psychrometric Process, Refrigeration and air conditioning 11 pages | |
| Ventilation air, Refrigeration and Air Conditioning 15 pages | |
| Effective Temperature, Refrigeration and Air Conditioning 13 pages | |
| Workbook Chapter 1 to 3: Refrigeration and Air Conditioning 6 pages | |
Heat Transfer
| Modes of Heat Transfer, Heat Transfer 5 pages | |
| Conduction Heat Transfer Through and Composite slab, Heat Transfer 4 pages | |
| Laws of heat transfer, Heat Transfer 5 pages | |
| Problems: Heat Transfer 12 pages | |
| To Derive Generalised (3D, Steady and Unsteady, with or without Heat Generation) Condition Equation. 38 pages | |
| Fins (Extended Surfaces), Heat Transfer 15 pages | |
| Heat Exchanges, Heat Transfer 24 pages | |
| Effectiveness of H.E and Number of Transfer Units, Heat Transfer 3 pages | |
| Radiation, Heat Transfer 24 pages | |
| Effectiveness NTU Method, Heat Transfer 9 pages | |
| Radiation Network and Radiosity Irradiation, Heat Transfer 9 pages | |
| Convection Heat Transfer, Heat Transfer 20 pages | |
Engineering Materials & Manufacturing Engineering
| Phase Diagram, Engineering Materials & Manufacturing Engineering 5 pages | |
| Iron Carbon Diagram, Engineering Materials & Manufacturing Engineering 7 pages | |
| Effect of Tool Setting on Rake Angle & Clearance Angle - Material Science and Production Engineering 6 pages | |
| Dislocation and Strengthening Mechanism, Engineering Materials & Manufacturing Engineering 22 pages | |
| Crystallography, Engineering Materials & Manufacturing Engineering 3 pages | |
| Theory of Metal Cutting, Engineering Materials & Manufacturing Engineering 7 pages | |
| Effect of Nose Radius, Engineering Materials & Manufacturing Engineering 2 pages | |
| ORS System, Engineering Materials & Manufacturing Engineering 11 pages | |
| Tool Wear, Engineering Materials & Manufacturing Engineering 3 pages | |
| Cutting Tool Materials, Engineering Materials & Manufacturing Engineering 3 pages | |
| Chip Formation and Economics of Metal Cutting, Engineering Materials & Manufacturing Engineering 7 pages | |
| Cutting Fluids, Engineering Materials & Manufacturing Engineering 4 pages | |
| Unconventional M/C Process, Engineering Materials & Manufacturing Engineering 15 pages | |
| Tool Life, Engineering Materials & Manufacturing Engineering 5 pages | |
| Casting, Engineering Materials & Manufacturing Engineering 63 pages | |
| Welding, Engineering Materials & Manufacturing Engineering 25 pages | |
| Metal Forming, Engineering Materials & Manufacturing Engineering 29 pages | |
| Defects in Deep drawing, Engineering Materials & Manufacturing Engineering 9 pages | |
| Metrology, Engineering Materials & Manufacturing Engineering 28 pages | |
| Comparator, Engineering Materials & Manufacturing Engineering 17 pages | |
| Acceptance Test, Engineering Materials & Manufacturing Engineering 2 pages | |
Industrial engineering
| Production, Industrial Engineering 5 pages | |
| Topics: Industrial Engineering 1 page | |
| Inventory, Industrial Engineering 10 pages | |
| Profit Volume Graph, Industrial Engineering 3 pages | |
| Model 2,3,4: Industrial Engineering 6 pages | |
| Probabilistic Model, Industrial Engineering 8 pages | |
| Terminology, Industrial Engineering 4 pages | |
| N Jobes & M Machines, Industrial Engineering 13 pages | |
| Crashing or Time Cast Model, Industrial Engineering 2 pages | |
| Forecasting, Industrial Engineering 14 pages | |
| Line Balancing (assembling), Industrial Engineering 5 pages | |
| Queuing Theory, Industrial Engineering 8 pages | |
| Work study + Theory books, Industrial Engineering 7 pages | |
| Time study, Industrial Engineering 6 pages | |
| Assignments : Material Requirements planning and Value analysis, Industrial Engineering 5 pages | |
| Problems: Industrial Engineering 81 pages | |
| Plant Layout, Industrial Engineering 2 pages | |
| Control limits, Industrial Engineering 13 pages | |
