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Revision for GATE 2020 with Most Important Topics

It includes all the important topics of all the subjects.

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About Revision for GATE 2020 with Most Important Topics

It Will Available From 6th January;2020

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Syllabus

Chapter 1

Concept of Gateflix Revision


1 videos

Concept of Gateflix Revision For ME

Chapter 2

Heat Transfer Revision

1_Basics of Heat Transfer & its mode

2_Conduction Trough a Slab

3_Conduction Heat Transfer through Composite Cylinder

4_Critical Radius of Insulation

5_Conduction (Heat Generation in Cylinder or Wire and an Example based on internal Heat Generation)

6_Special Cases Regarding Logarithmic Mean Temperature Difference

7_Design of Heat Exchanger by Effectiveness NTU Method

8_Shape Factor or View Factor

9_Radiation Network & Radiation Exchange

10_ Basics of Forced Convection Heat Transfer

11_Forced Convection (Flow over plate )

12_Forced Convection (Internal Flow )

12 videos

1_Basics of Heat Transfer & its mode(HT_R)

2_Conduction Trough a Slab(HT_R)

3_Conduction Heat Transfer through Composite Cylinder(HT_R)

4_Critical Radius of Insulation(HT_R)

5_Conduction (Heat Generation in Cylinder or Wire and an Example based on internal Heat Generation)(HT_R)

6_Special Cases Regarding Logarithmic Mean Temperature Difference(HT_R)

7_Design of Heat Exchanger by Effectiveness NTU Method(HT_R)

8_Shape Factor or View Factor(HT_R)

9_Radiation Network & Radiation Exchange(HT_R)

10_ Basics of Forced Convection Heat Transfer(HT_R)

11_Forced Convection (Flow over plate )(HT_R)

12_Forced Convection (Internal Flow )(HT_R)

Chapter 3

Thermodynamics Revision

Thermodynamics Revision :-

1.Non Flow Work Transfer Various Process

2.First Law of Thermodynamic

3.Free Expansion

4.Steady Flow Energy & Work Flow

5.Second Law of Thermodynamics

6.Entropy Change for Ideal Gas

7.Exergy & Exergy Change Due to Finite Temperature Difference

8.Exergy Associated with K.E & P.E,

9.Joule-Thomson Coefficient Clapeyron Equation Clausius Clapeyron Equation

10.PURE SUBSTANCES

10 videos

1.Non Flow Work Transfer Various Process- (Thermo-R)

2.First Law of Thermodynamic- (Thermo-R)

3.Free Expansion- (Thermo-R)

4.Steady Flow Energy & Work Flow- (Thermo-R)

5.Second Law of Thermodynamics- (Thermo-R)

6.Entropy Change for Ideal Gas- (Thermo-R)

7.Exergy & Exergy Change Due to Finite Temperature Difference-1 (Thermo-R)

8.Exergy Associated with K.E & P.E,-1 (Thermo-R)

9.Joule-Thomson Coefficient Clapeyron Equation Clausius Clapeyron Equation (Thermo-R)

10.PURE SUBSTANCES-1

Chapter 4

Engineering Mechanics Revision

1. Concurrent Force System

2. Tips to Draw Free Body Diagram

3. Analysis of Plane Trusses

4. Newton Law of Motion

5. Friction

6. Circular Motion and Projectile Motion

7. Linear Momentum of Particle and System of Particles

8. Work and Energy

9. Collision Theory

10. Dynamics of Rigid Bodies - II

11. Dynamics of Rigid Bodies - III

12. Kinetic Energy in Pure Rolling

13. Dynamics of Rigid Bodies - IV

13 videos

1.3. Concurrent Force System (EM Revision)

1.5. Tips to Draw Free Body Diagram (EM Revision)

2.2. Analysis of Plane Trusses (EM Revision)

4.1. Newton law of motion –II (EM Revision)

4.7 Circular Motion and Projectile Motion (EM Revision)

4.2. Friction (EM Revision)

4.9 Linear Momentum of a Particle & System of Particles (EM Revision)

4.10 Work And Energy (EM Revision)

4.11 Collision Theory (EM Revision)

5.2 Dynamics of Rigid Bodies - II (EM Revision)

5.3 Dynamics of Rigid Bodies - III (EM Revision)

5.3 Kinetic Energy in Pure Rolling(EM Revision)

5.4. Dynamics of Rigid Bodies - IV (EM Revision)

Chapter 5

Fluid Mechanics Revision

1. Surface Tension

2. Fluid Translation, Rotation & Deformation - I

3. Fluid Translation, Rotation & Deformation - II

4. Comparison Of Turbines

5. Concept Of Specific Speed

6. Degree Of Reaction

7. Dimensionless Numbers

8. Forces On Plane Surfaces Immersed In Fluid At rest

9. Pitot Tube

10. Stability Condition Of Fully Submerged Bodies

11. Stability Condition Of Partially Submerged Bodies-

12. U Tube manometer negative

13. U Tube Manometer Positive

14. Understanding Discharge & Mass Flow rate

15. Velocity Diagram For Centrifugal Pump Impeller

16. Velocity Diagram's

16 videos

1. Surface Tension - Revision (FM)

2. U Tube Manometer Positive - Revision (FM)

3. U Tube manometer negative - Revision (FM)

4. Forces On Plane Surfaces Immersed In Fluid At rest - Revision (FM)

5. Stability Condition Of Fully Submerged Bodies - Revision (FM)

6. Stability Condition Of Partially Submerged Bodies - Revision (FM)

7. Fluid Translation, Rotation & Deformation - I - Revision (FM)

8. Fluid Translation, Rotation & Deformation - II - Revision (FM)

9. Understanding Discharge & Mass Flow rate- Revision (FM)

10. Pitot Tube - Revision (FM)

11. Dimensionless Numbers - Revision (FM)

12. Velocity Diagram's- Revision (FM)

13. Degree Of Reaction - Revision (FM)

14. Concept Of Specific Speed - Revision (FM)

15. Comparison Of Turbines - revision (FM)

16. Velocity Diagram For Centrifugal Pump Impeller - Revision (FM)

Chapter 6

Refrigeration & Air Conditioning

1.VCRS_

2.BASICS OF PSYCHROMETRY

2 videos

1. VCRS {RAC_R}

2 BASICS OF PSYCHROMETRY

Chapter 7

Applied Thermodynamics Revision

Applied Thermodynamics Revision:-

1.Gas Turbine (Brayton Cycle )

2. Steam Turbine (Rankine Cycle)

3. Air Compressor

4. I C Engine - Otto Cycle & Disel Cycle

4 videos

1.Gas Turbine (Brayton Cycle )(ATD_RE)

2. Steam Turbine (Rankine Cycle)-1(ATD_RE)

3. Air Compressor-1

4. I C Engine - Otto Cycle & Disel Cycle-(ATD_RE)

Chapter 8

Machine Design

Theories of Failure-I

Theories of Failure-II

Fatigue Consideration in Design

Design Approach for Fatigue Loading

Design of springs

Design of Riveted Joints-II

6 videos

1.1 Theories of Failure-I - Revision (MD)

1.2 Theories of Failure-II - Revision (MD)

1.3 Fatigue Consideration in Design - Revision (MD)

1.4 Design Approach for Fatigue Loading - Revision (MD)

1.5 Design of springs - Revision (MD)

1.6 Design of Riveted Joints-II - Revision (MD)

Chapter 9

Industrial Engineering Revision

1.2 Break Even Analysis

3.1 Fore Casting

4.1 Queuing Theory

6.2 PERT

6.3 Critical Path Method

7.1 Graphical Methods

7.1 Special Cases In Graphical Methods

7.3 Tranportation

8 videos

1.2 Break Even Analysis (IE Revision)

3.1 Fore Casting (IE Revision)

4.1 Queuing Theory (IE Revision)

6.2 PERT (IE Revision)

6.3 Critical Path Method (IE Revision)

7.1 Graphical Methods (IE Revision)

7.1 Special Cases In Graphical Methods (IE Revision)

7.3 Tranportation (IE Revision)

Chapter 10

Strength of Materials Revision

Strength of Materials Revision

1.Stress and Strain Diagram of mild steel and Few important Parameters

2.Axial Stress in Bars

3.A Longest on bar due to selway

4.Bars in Parallel

5.Bending Equation

6.Pure Torsion Equation

7.Mohr Circle

8.Pressure Vessel

9.Column & Struts

9 videos

1.Stress and Strain Diagram of mild steel and Few important Parameters (SOM Revision)

9.Column & Struts (SOM Export)

2.Axial Stress in Bars (SOM Revision)

3.A Longest on bar due to selway (SOM Revision)

4.Bars in Parallel (SOM Revision)

5.Bending Equation (SOM Revision)

6.Pure Torsion Equation (SOM Revision)

7.Mohr Circle (SOM Revision)

8.Pressure Vessel (SOM Revision)

Chapter 11

Theory Of Machines Revision

 Theory Of Machines Revision

1.Kutzbach Equation and Gruebler's Criterion

2. Simple Mechanism, its Inversions and Grashof's Law

3. Single Slider Crank Mechanism and Its Inversions

4. Kennedy’s Theorem and Instantaneous Centre Approach

5. Relative Velocity Approach

6.Gear Trains Part-II

7.Introduction and Static Balancing of Rotating Masses

8.Introduction of Vibrations and Natural Vibrations

9. Energy Method and Torque Method

10.Torsional Vibration and Religh’s Method

11. Damped Vibration Systems

12. Gyroscopic Effects for Aircraft and Ships (TOC Revision)

12 videos

1.Kutzbach Equation and Gruebler's Criterion

2. Simple Mechanism, its Inversions and Grashof's Law

3. Single Slider Crank Mechanism and Its Inversions

4. Kennedy’s Theorem and Instantaneous Centre Approach

7.Introduction and Static Balancing of Rotating Masses

8.Introduction of Vibrations and Natural Vibrations

9. Energy Method and Torque Method

10.Torsional Vibration and Religh’s Method

11. Damped Vibration Systems

12. Gyroscopic Effects for Aircraft and Ships (TOC Revision)

Chapter 12

Manufacturing Revision

1. Basics of Metal Casting

2. Allowances

3. Pouring & Solidifications

4. Solidifications Type , Time And Felting & Inspections

5. Riser & Riser Design

6. Rolling Process

7. Wire drawing

8. Tube Drawing & Extrusion Process

9. Forging Operations

9 videos

1.1 Basics of Metal Casting(Manufacturing revision)

1.2 Allowances(manufacturing Revision)

1.7 Pouring & Solidifications(manufacturing Revision)

1.10 Solidifications Type , Time And Felting & Inspections(Manufacturing Revision)

1.11Riser & Riser Design(Manufacturing Revision)

2.6 Rolling Process(Manufacturing Revision)

2.7Wire drawing(Manufacturing Revision)

2.8 Tube Drawing & Extrusion Process(Manufacturing Revision)

2.9 Forging Operations(Manufacturing Revision)

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Hey Aspirants ,

Welcome to The Revision section of GATEflix. We have been getting request from many Students that Gateflix videos are great but we do Not have 400 hours to listen these videos and make notes from It. So , can You please tell us The Most important topics in exam as we have not prepared much till Now. 

We took This feedback In right direction and have launched a data driven revision course for only GATE-2020 students. We have analysed the last 10 years papers of GATE and found patterns in the papers. For instance we found that In ME paper most of The times the thermodynamics questions are placed from question number 40 to 48 . When we dig more we found that there are only few topics in each subject and chapter from which questions are frequently asked. So, we went ahead and compile those topics from GATEFLIX videos to curate This revision course.

Does it mean That rest of the topics will Not appear in exam. We don’t say That but if You not prepared much till Now doing This revision will fetch you decent score.

The following are the advantages you will find after attending these sessions:

1.      Crisp , to the point explanation of Topics which have appeared in GATE exam many a times.

2.      Revise concepts quickly

3.      Learn short cuts for few topics and also solve previous year GATE questions Of those topics.

4.      These videos are just 70-80 hours and Will make you more confident in exams.

How To access this course :

a.      If you are already enrolled for GATE 2020 course with GATEflix, you just have To put your GATE admit card and photo to access the Course. No extra Charge is To be paid. From 6th Jan , 1 pm you will find The revision tab in Your subject list or on Your dashboard.

b.      If you are a non gateflix User till Now , You will Have To pay Rs.101 for The course which will be refunded to you through paytm or by manual Method within 3 days of payment. You also will have To compulsorily upload your correct admit card and photo to access the videos . (The price includes GST of 18% which unfortunately won’t be refunded and a auto generated receipt will be provided to you.)

General Things to Look at :

a.      Please upload exact admit card and photo as we have Artificial intelligence based Bot Imbibed to check The authenticity of The document . If we found any thing fishy will expel you from Any further services of GATEflix.

b.      The above course is valid till GATE 2020 and is meant for only GATE 2020 takers. In case you forge your data and try to put any false document we would bar you for any future course at GATEFLIX.

c.      These Videos Are only 70-80 hours which consist of most frequently asked topics in GATE . That means every day if you spend 3-4 hours along with your original study plan you could easily get good Marks Till GATE 2020.

So, Learn and score great in exam.

Best of luck for Your preparation


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