00:29 Overview of the speaker's background and upcoming revision session 03:25 Revision is essential for success 09:26 Classification of face diagrams in materials science 12:23 Understanding binary and ternary face diagrams in material science. 18:49 Material science concepts and manufacturing processes overview. 21:43 Understanding the concept of solid-liquid phase transition in materials. 27:39 Focus on the temperature range and phase changes in materials. 31:07 Understanding lever rule for calculating percentage 37:06 Understanding eutectic phase diagram in material science and manufacturing processes 40:04 Explanation of material composition and phase diagrams. 45:46 Eutectic composition for soldering 48:33 Drawing diagrams with the three birds concept 54:14 Unit cell size and crystal structure influence material properties. 57:01 Discussion on eutectoid and peritectic compositions 1:03:40 Alpha phase behavior in microstructure 1:06:57 Understanding the microstructure and composition of Pro Alpha and grain boundaries. 1:13:14 Understanding the composition and structure of Paralite and Fe3 1:15:53 Explanation of Paralite and microstructure 1:22:20 Discussing mass fraction of Pro Alpha and Paralight 1:25:00 Maha Revision for GATE 2024 ME, PI Preparation 1:29:50 The number of slip systems determines the ductility of FCC and HCP crystals. 1:32:27 Effect of atomic packing factor on dislocation motion 1:37:50 Steel classification based on carbon percentage and addition of chromium and nickel 1:41:09 Understanding load direction in material science 1:51:31 Chilled cast iron and white cast iron manufacturing process 1:54:43 Gray cast iron and SG iron - manufacturing processes 2:01:38 Understanding the impact of cooling rates on material structures 2:05:06 Discussion on structure and composition of austenite and its transformation into other microstructures 2:11:22 Annealing process and its purpose 2:14:19 Relieving stress in low carbon and medium/high carbon steel 2:21:24 The process of further improving the ductility of paralite 2:24:29 Normalizing process and its impact on cooling rate 2:30:24 Discussion on martempering and tempering 2:33:41 Case hardening process and low carbon steel 2:39:59 Liquid carbonizing and gas nitriding in manufacturing processes 2:43:26 Gas chamber used for cyaniding and carbo-nitrating at specific temperatures 2:49:43 Summary of material science and manufacturing processes 2:52:53 Material science and manufacturing processes for GATE 2024 preparation 2:58:24 The common points between Material Science and Metal Forming 3:01:51 Understanding stress-strain diagram and material behavior 3:08:17 Volume changes in different regions of stress and strain 3:11:33 Understanding alloy composition and phase boundaries 3:21:43 Discussion on engineering stress and material behavior 3:25:16 Discussion on engineering stress and strain 3:32:04 Understanding the importance of giving length in questions. 3:34:53 Material forming includes cold, warm, and hot working techniques 3:40:46 Understanding forming loads at high temperature and stress levels 3:44:24 Understanding flow curve equation and its application in forming operations 3:50:16 Stress and friction in material science 3:53:27 Explanation of percentage reduction and its impact on material strength. 3:59:07 Discussion on mistakes in the test series and the value of pi 4:01:56 Explanation of metal forming and forging processes 4:08:26 Understanding load application and friction in material science 4:12:05 Importance of load at the end of extrusion 4:19:27 Explanation of metal flow and deformation in the manufacturing process. 4:22:31 Analysis of enthusiasm and velocity in the context of material science and manufacturing processes 4:28:50 Understanding the concept of backward friction and neutral plane in material science 4:32:17 Newton's action-reaction principle explained 4:39:19 Explanation of Delta H Batu and its application 4:42:55 Understanding the concept of neutral plane and pressure profile. 4:49:55 Friction hill and its relation with contact length and neutral plane 4:52:51 Understanding the concepts of torque, power, and deformation in rolling calculations. 4:59:42 Use convex rolls to overcome roll bend 5:03:41 Key concepts in sheet forming and rolling 5:21:17 Material science and manufacturing processes overview for GATE 2024 ME, PI Preparation 6:16:37 Material science and manufacturing processes are summarized for GATE 2024 ME, PI preparation. 🙂
First of all it is not lunch, taking some little food. As you do not have any feeling for a teacher who is unstopped taking 8 hour class, what you will learn? Stop finding fault to learn anything in life.
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00:29 Overview of the speaker's background and upcoming revision session
03:25 Revision is essential for success
09:26 Classification of face diagrams in materials science
12:23 Understanding binary and ternary face diagrams in material science.
18:49 Material science concepts and manufacturing processes overview.
21:43 Understanding the concept of solid-liquid phase transition in materials.
27:39 Focus on the temperature range and phase changes in materials.
31:07 Understanding lever rule for calculating percentage
37:06 Understanding eutectic phase diagram in material science and manufacturing processes
40:04 Explanation of material composition and phase diagrams.
45:46 Eutectic composition for soldering
48:33 Drawing diagrams with the three birds concept
54:14 Unit cell size and crystal structure influence material properties.
57:01 Discussion on eutectoid and peritectic compositions
1:03:40 Alpha phase behavior in microstructure
1:06:57 Understanding the microstructure and composition of Pro Alpha and grain boundaries.
1:13:14 Understanding the composition and structure of Paralite and Fe3
1:15:53 Explanation of Paralite and microstructure
1:22:20 Discussing mass fraction of Pro Alpha and Paralight
1:25:00 Maha Revision for GATE 2024 ME, PI Preparation
1:29:50 The number of slip systems determines the ductility of FCC and HCP crystals.
1:32:27 Effect of atomic packing factor on dislocation motion
1:37:50 Steel classification based on carbon percentage and addition of chromium and nickel
1:41:09 Understanding load direction in material science
1:51:31 Chilled cast iron and white cast iron manufacturing process
1:54:43 Gray cast iron and SG iron - manufacturing processes
2:01:38 Understanding the impact of cooling rates on material structures
2:05:06 Discussion on structure and composition of austenite and its transformation into other microstructures
2:11:22 Annealing process and its purpose
2:14:19 Relieving stress in low carbon and medium/high carbon steel
2:21:24 The process of further improving the ductility of paralite
2:24:29 Normalizing process and its impact on cooling rate
2:30:24 Discussion on martempering and tempering
2:33:41 Case hardening process and low carbon steel
2:39:59 Liquid carbonizing and gas nitriding in manufacturing processes
2:43:26 Gas chamber used for cyaniding and carbo-nitrating at specific temperatures
2:49:43 Summary of material science and manufacturing processes
2:52:53 Material science and manufacturing processes for GATE 2024 preparation
2:58:24 The common points between Material Science and Metal Forming
3:01:51 Understanding stress-strain diagram and material behavior
3:08:17 Volume changes in different regions of stress and strain
3:11:33 Understanding alloy composition and phase boundaries
3:21:43 Discussion on engineering stress and material behavior
3:25:16 Discussion on engineering stress and strain
3:32:04 Understanding the importance of giving length in questions.
3:34:53 Material forming includes cold, warm, and hot working techniques
3:40:46 Understanding forming loads at high temperature and stress levels
3:44:24 Understanding flow curve equation and its application in forming operations
3:50:16 Stress and friction in material science
3:53:27 Explanation of percentage reduction and its impact on material strength.
3:59:07 Discussion on mistakes in the test series and the value of pi
4:01:56 Explanation of metal forming and forging processes
4:08:26 Understanding load application and friction in material science
4:12:05 Importance of load at the end of extrusion
4:19:27 Explanation of metal flow and deformation in the manufacturing process.
4:22:31 Analysis of enthusiasm and velocity in the context of material science and manufacturing processes
4:28:50 Understanding the concept of backward friction and neutral plane in material science
4:32:17 Newton's action-reaction principle explained
4:39:19 Explanation of Delta H Batu and its application
4:42:55 Understanding the concept of neutral plane and pressure profile.
4:49:55 Friction hill and its relation with contact length and neutral plane
4:52:51 Understanding the concepts of torque, power, and deformation in rolling calculations.
4:59:42 Use convex rolls to overcome roll bend
5:03:41 Key concepts in sheet forming and rolling
5:21:17 Material science and manufacturing processes overview for GATE 2024 ME, PI Preparation
6:16:37 Material science and manufacturing processes are summarized for GATE 2024 ME, PI preparation.
🙂
Sahi aa raha hai sir audio video🙏🙏
Very helpful 👍👍
sir ,at 6:17:00 why are you subtracting 2*0.5 ,it should be added right?
6:25
Good night sir
3:09:35
how to avail the notes as registration is closed
Maza Agaya 7hrs 52 min🎊🎊🎊🎊
Additive manufacturing bhi hai kya isme
Good morning sir
Are the notes shared somewhere?
Sir plz chemical engineering ka bhi course aap pr laiye
Additive manufacturing per ek session lelo sir plus industrial engineering ki bhi
sir dakaar ka ilaaj karwaiye
😂
Your like god to poor mechanical student
Sir kb kb material science ki class chalti h aur kitne baje hoti hai
Ok
Batch ke hisab se schedule hota hai
Sir part 2 kab aayega ?
Sir one request to you- Please don't make the teaching session your lunch time... It's very disturbing
First of all it is not lunch, taking some little food. As you do not have any feeling for a teacher who is unstopped taking 8 hour class, what you will learn? Stop finding fault to learn anything in life.
Genuine students only focus on content.
Very helpful sir😊