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 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
|
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