100% CRACK GATE EXAM WITH SUBJECTS/TOPIC WISE ANALYSIS OF SUBJECT OF MECHANICAL ENGINEERING

GATE 1993 TO 2019 SUBJECTS/TOPIC WISE ANALYSIS OF SUBJECT OF MECHANICAL ENGINEERING 


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GATE 1993 TO 2019 SUBJECTS/TOPIC WISE ANALYSIS OF SUBJECT OF MECHANICAL ENGINEERING

GATE ASPIRANT here is a great news.......details analysis of all subjects with there sub topic and subject wise weightage of marks for gate 2019. All the topics of gate are covered in this analysis and topic wise mark distribution is calculated. As a mechanical engineering student you will find this analysis gate exam very useful for your gate 2019 preparation. We have refer various study materials and previous year question papers to make such analysis.

GRADUATE APTITUDE TEST IN ENGINEERING (GATE) is exam for student in INDIA. It is conducted  every  year for every scholar Indian engineering student for admission for IITS and NITS for MTECT program. It is conducted all over India for all engineering discipline.

We hope you will find this analysis useful and please share your ideas for this blog or want any topic please contact us and also do check BEST SCHOLARSHIP EXAM FOR ENGINEERING STUDENTS AND OTHER GRADUATES article.




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Subject
Topic
No Of Questions
From 85 Marks
Manufacturing Engineering
Machining and Machine Tool Operation
108
4.7
Engineering Maths
Calculus
77
3.4
Thermodynamics
Power Systems(Rankine, Brayton etc)
75
3.3
Theory of Machines
Vibration
57
2.5
Fluid mechanics
Viscous,
Turbulent Flow and boundary layer Theory
53
2.3
Manufacturing Engineering
Metal Casting
51
2.2
Manufacturing Engineering
Joining/Welding
44
1.9
Engineering Maths
Linear Algebra
43
1.9
Manufacturing Engineering
Non convensional machining
43
1.9
Strength OF Materials
Bending of Beams
42
1.8
Manufacturing Engineering
Metal forming
42
1.8
Manufacturing Engineering
Meteorology and Inspection
42
1.8
Heat Transfer
Conduction
40
1.8
Thermodynamics
First law, Heat, work, and Energy
40
1.8
Theory of Machines
Planar Mechanisms
39
1.7
Thermodynamics
IC Engine
39
1.7
Fluid mechanics
Fluid Kinematics
38
1.7
Thermodynamics
Second law, Carnot Cycle and Entropy
38
1.7
Manufacturing Engineering
CIMS
37
1.6
Engineering Maths
Differential Equation
35
1.5
Fluid mechanics
Turbines and Pumps
30
1.3
Industrial Engineering
PERT and CPM
30
1.3
Engineering Maths
Probability and Statistics
29
1.3
Machine Design
Gears
29
1.3
Manufacturing Engineering
Engineering materials
27
1.2
Fluid mechanics
Fluid Statics
26
1.1
Heat Transfer
Radiation
26
1.1
Strength OF Materials
SS Relationship and Elastic Constants
25
1.1
Industrial Engineering
Inventory Control
25
1.1
Engineering Maths
Numerical Method
24
1.1
Strength OF Materials
Stress and Strain
24
1.1
Heat Transfer
Heat Exchanger
24
1.1
Manufacturing Engineering
Sheet metal Operations
24
1.1
Machine Design
Static, Dynamic Loading and
failure Theories
23
1.0
Fluid mechanics
Fluid Dynamics
23
1.0
Engineering Mechanics
FBD, Equilibrium, Plane Trusses and
Virtual Work
21
0.9
Engineering Mechanics
Impulse & Momentum
Impact and Work-Energy
21
0.9
Strength OF Materials
Torsion of Shafts
21
0.9
Machine Design
Bearings, shafts and Keys
21
0.9
Industrial Engineering
Linear Programming
21
0.9
Industrial Engineering
Queuing theory and Transportation
21
0.9
Theory of Machines
Gear and Gear Trains
20
0.9
Machine Design
Bolted riveted and Welded Joint
20
0.9
Heat Transfer
Fins and Unsteady Heat Transfer
20
0.9
Industrial Engineering
Forecasting
20
0.9
Engineering Mechanics
Translation and Rotation
19
0.8
Thermodynamics
Pure Substances
19
0.8
Industrial Engineering
Products and Process
Planning and Control
19
0.8
Engineering Maths
Complex Variables
17
0.7
Engineering Mechanics
Plane Motion
17
0.7
Machine Design
Brakes, clutches and Ropes
17
0.7
Heat Transfer
Heat Transfer in flow over plates
and Pipes
17
0.7
RAC
Vapour Refrigeration
17
0.7
Fluid mechanics
Flow Through Pipes
16
0.7
Thermodynamics
Thermodynamics System
and Process
15
0.7
RAC
Psychometric Process
15
0.7
RAC
Properties of Moist air
14
0.6
Engineering Mechanics
Friction
12
0.5
Machine Design
Fatigue Strength and S_N diagram
12
0.5
Heat Transfer
Free and Forced Convection
12
0.5
Strength OF Materials
Shear Force and
Bending Moment Diagram
11
0.5
Theory of Machines
Displacement, Velocity
and Acceleration
11
0.5
RAC
Heat Pumps and Cycles
11
0.5
Theory of Machines
Flywheel
10
0.4
Strength OF Materials
Mohr's Circle
9
0.4
Strength OF Materials
Strain Energy
and Thermal Stresses
9
0.4
Fluid mechanics
Fluid Properties
9
0.4
Strength OF Materials
Thin Cylinder
8
0.4
Strength OF Materials
Euler's Theory
8
0.4
Theory of Machines
Dynamic Analysis of Slider Crank
8
0.4
Thermodynamics
Availability and Irreversibility
7
0.3
Strength OF Materials
Springs
6
0.3
Industrial Engineering
Probability and Statistics
6
0.3
Theory of Machines
Cams
4
0.2
Theory of Machines
Balancing
3
0.1
Theory of Machines
Gyroscope
1
0.0
1937


GATE 1993 TO 2019 SUBJECTS/TOPIC WISE ANALYSIS OF SUBJECT OF MECHANICAL ENGINEERING

We hope you will appreciate our effort for DETAIL ANALYSIS OF SUBJECT TOPIC-WISE WITH MARK DISTRIBUTION FOR GATE 1993-2019 MECHANICAL ENGINEERING . IF you have any suggestion please email us or leave comments and do check other post on this blog named study done





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