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Common Concepts from GATE 2003 & 2011 ME
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Course overview and The common concepts from 2003 & 2011 has been explained in this lesson.

Chetan Apurav
*VERIFIED EDUCATOR* *Among the Top Educators for GATE Mechanical.* *UNACADEMY PLUS EDUCATOR for GATE ME.*

U
Unacademy user
Ms
your teaching is amazing Sir.
Sarwar Imam
9 months ago
thanks for your awesome feedback. mere videos ko apne friends me share kare aur unhe bhi dekhne ko bole
sir i am first year student so can i start preparation of gate but im not sure that how to do it . so can you explain.
very good bro....tq...fr Ur time .. helpful...
Chetan Apurav
a month ago
😊 Dont forvet to rate and review
sir the same analysis was done a few months back by one YouTube channel named career opportunities.....i studied according to this and almost completed all these topics but when i look at the syllabus i always feel my preparation is not fully done....
Sir, is the topic bending stresses in composite and flitched beam worth studying for gate me 2019
Chetan Apurav
4 months ago
Hey Mohit, If you are running behind on your schedule. Then I would recommend you to study and do atleast previous year questions. I have made two 15 min lessons on this topic, you can access them. But please dont leave any topic totally. Atleast give it a read and practice 4-5 question. And I am saying this in general, nit just for this topic. I hope this helped you😊
Mohit joshi
4 months ago
Sir ,thank you for your valuable reply. I saw very few questions on this topic in previous year gate paper that is only 1 or 2 of them were asked in old papers as 1988 - 89,thats why i asked this question
Chetan Apurav
4 months ago
Like I said, Dont leave it and try not to over read it. Be efficient. less input - more output. Goodluck
  1. OF TEC IT MADRAS PATTERN ANALYSiS FOR


  2. Hello! I AM CHETAN APURAV You can find me at https://unacademy.com/user/ChetanApurav HOW TO GET TOP RANK IN GATE 2019 8 MONTHS STRATEGY PLAN FOR GATE 2019 CONCEPTS ONLY - STRESS & STRAIN CONCEPTS ONLY-FLUID STATICS UNCONVENTIONAL MACHINING PROCESSES CRASH COURSE-INTRODUCTION TO THERMODYNAMIC CONCEPTS UNCONVENTIONAL MACHINING PROCESSES WITH SOLVED GATE QUESTIONS INTRODUCTION TO PRIMARY MANUFACTURING


  3. COMMON CONCPETS IN GATE 2003 & 2011


  4. TARGET AUDIENCE MECHANICAL ENGINEERING STUDENTS GATE ASPIRANTS GATE ME & PI ASPIRANTS GATE ASPIRANTS (FOR COMMON SUBJECTS LIKE MATHEMATICS)


  5. COURSE OBJECTIVE TO UNDERSTAND THE PATTERN OF IIT MADRAS FOR GATE 2019 TO PRIORITISE THE TOPICS TO BE PREPARED FOR GATE TO KNOW ABOUT THE MOST FREQUENT TOPICS FOR IITM AND NEXT YEAR'S GATE EXAMINATION TO KNOW ABOUT HOW TO DO ANALYSIS(FOR OTHER BRANCH STUDENTS AS WELL)


  6. TOPICS COVERED PREVIOUS PAPER ANALYSIS PAPER ANALYSIS OF GATDE 2003 & GATE 2011 AS THEY WERE ORGANIZED BY IIT MADRAS WHICH IS ALSO ORGANISING GATE 2019 SUBJECT WISE IMPORTANT TOPICS AS PER IITM PREVIOUS YEAR PAPERS


  7. COMMON CONCEPTS IN 2003 & 2011 Topic Heat Exchanger Power Systems(Rankine, Brayton etc) Subject Heat Transfer Thermodynamics Manufacturing Engineering Manufacturing Engineering Machine Design Machine Design Thermodynamics Refrigeration and Air Conditioning Manufacturing Engineering Manufacturing Engineering Manufacturing Engineering Common Concepts LMTD Rankine Cycle Machining and Machine Tool Operation Feeding rate and Cutting Angle Meterology and Inspection Bearings, shafts and Keys Gears IC Engine Properties of Moist air Metal Casting Sheet metal Operatins Joining/Welding Limits and tolerance Life of Bearings Gear ratios Air Fuel Ratio Sensible Heat in Moist air Shrinkage welding type


  8. COMMON CONCEPTS IN 2003 & 2011 Subject Industrial Engineering Engineering Maths Engineering Maths Engineering Maths Engineering Maths Topic Common Concepts Economic Order Quantity System of Equations Limiting Functions Solution of Diffrential Equations Simpson's Rule Trusses Inventory Control Linear Algebra Calculus Diffrential Equation Numerical Method Engineering Mechanics B, Caulibrium, Plane Work Impulse & Momentum, Impact and Work- Energy Engineering Mechanics Momentum Strength OF Materials Ss Relationship and Elastic Constants Deflection of Beam and Reaction calculation on Beams Strength OF Materials Strength OF Materials Theory of Mes Bending of Beams Torsion of Shafts Planar Mechanicsms Linkages mobility in Mechanisms


  9. COMMON CONCEPTS IN 2003 & 2011 Topic Vibration Subject Theory of Machines Machine Design Fluid mechaics Fluid mechaics Common Concepts Natural frequency is Must Static, Dynamic Loading and failure Theories Fluid Stastics Fluid Dynamics Viscous, Turbulent Flow and Coundary layer Theory Bernoulis Theorem Fluid mechaics Fluid mechaics Heat Transfer Heat Transfer Heat Transfer Heat Transfer Thermodynamics Thermodynamics Refrigeration and Air Conditioning Manufacturing Engineering Pressure Drop Pumps Efficiencys Turbines and Pumps Conduction Heat Transfer in flow over plates and Pipes Thermal Boundary layer Radiation Fins and Unsteady Heat Transfer First law, Heat, work, and Energy Second law, Carnot Cycle and Entropy Heat Pumps and Cycles Engineering mateials Unsteady Heat Transfer flow work Irreversible Process and Entropy Heat Pump Heat treatment


  10. AVERAGE MARKS 2003 & 2011 Subject Topic 2008 2011 AVG Theory of Machines Strength OF Materials Thermodynamics Manufacturing Engineering Thermodynamics Engineering Maths Thermodynamics Industrial Engineering Manufacturing Engineering Engineering Maths Manufacturing Engineering Engineering Maths Fluid mechaics Vibration Bending of Beams First law, Heat, work, and Energy Machining and Machine Tool Operation Power Systems(Rankine, Brayton etc) Calculus IC Engine Linear Programming Meterology and Inspection Linear Algebra Metal Casting Differential Equation Viscous, Turbulent Flow and Boundary layer Theory Turbines and Pumps Sheet metal Operatins Planar Mechanicsms Heat Transfer in flow over plates and Pipes 4 4.0 5 53.9 5 53.9 5 3 2.9 12.5 3.3 4 3.1 4 6 2 622.7 2 4 2.6 33 2.4 3 3 2.4 2.1 4 42 2.1 4 2 2.1 luid mechaics Manufacturing Engineering 4 422.1 2.1 heory of Machines Heat Transfer 2 3 2.1


  11. AVERAGE MARKS 2003 & 2011 Subject Topic 2003 2011 AVG 0.9 0.8 0.8 0.6 0.6 0.6 0.6 0.6 0.6 0.6 0.5 0.5 0.5 0 Brakes, clutches nad Ropes Impulse & Momentum, Impact and Work-Energy Machine Design Engineering Mechanics Refrigeration and Air Conditioning Engineering Maths Engineering Mechanics Properties of Moist air Probablity and Statistics Plane Motion Flywheel 0 0 0 heory of Machines hermodvnamics Industrial Engineerin Industrial Engineering Industrial Engineerin Engineering Maths Strength OF Materials Strength OF Materials vailability and Irreversibilit Forecastin Inventory Control Probability and Statistics 2 omplex Variables hin Cylinder 0 Euler's Theor


  12. Thanks! Any questions? Feel Free to ask me anything in the comment section RATE REVIEW RECOMMEND SHARE WITH YOUR FRIENDS