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electromagnetic analysis Techniques

Track :

Engineering

Lessons no : 39

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What will you learn in this course?
  • Master electromagnetic field analysis using finite element and boundary element methods for engineering applications
  • Apply electromagnetic simulation techniques to design and optimize electrical devices and systems effectively
  • Utilize computational tools for electromagnetic wave propagation, scattering, and antenna analysis in real-world scenarios
  • Analyze electromagnetic compatibility (EMC) and interference issues in electronic circuit design and testing
  • Implement numerical methods to solve Maxwell’s equations for complex electromagnetic problems
  • Evaluate the performance of electromagnetic sensors and transducers through simulation and analysis
  • Develop skills to model electromagnetic phenomena in materials for research and industrial applications
  • Interpret electromagnetic data to troubleshoot and improve electronic and communication systems
  • Design electromagnetic shielding solutions to reduce interference and enhance device performance
  • Use electromagnetic analysis techniques to innovate in wireless communication and radar systems
  • Assess the impact of electromagnetic fields on biological systems and safety standards
  • Integrate electromagnetic analysis methods into multidisciplinary engineering projects for practical solutions

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Lessons | 39
Mathematical Modeling of Manufacturing Processes Introduction Video
00:08:27

Mathematical Modeling of Manufacturing Processes Introduction Video
Lec 1 Materials and manufacturing Processes 1
00:54:03

Lec 1 Materials and manufacturing Processes 1
Lec 2 Materials and manufacturing Processes 2
00:24:56

Lec 2 Materials and manufacturing Processes 2
Lec 3 Physics based modeling approach at different scale
00:43:27

Lec 3 Physics based modeling approach at different scale
Lec 4 Evaluation of Properties and process modelling
00:54:14

Lec 4 Evaluation of Properties and process modelling
Lec 5 Thermofluid and electromagnetic analysis
00:49:01

Lec 5 Thermofluid and electromagnetic analysis
Lec 6 Solid state deformation and residual stress 1
00:23:10

Lec 6 Solid state deformation and residual stress 1
Lec 7 Solid state deformation and residual stress 2
01:00:10

Lec 7 Solid state deformation and residual stress 2
Lec 8 Meltiing solidification and additive manufacturing
01:05:47

Lec 8 Meltiing solidification and additive manufacturing
Lec 9 Force and velocity diagram 1
00:53:52

Lec 9 Force and velocity diagram 1
Lec 10 Force and velocity diagram 2
00:32:33

Lec 10 Force and velocity diagram 2
Lec 11 Heat transfer analysis
00:59:26

Lec 11 Heat transfer analysis
Lec 12 Principal and mechanism at different processes 1
01:04:24

Lec 12 Principal and mechanism at different processes 1
Lec 13 Principal and mechanism at different processes 2
00:58:01

Lec 13 Principal and mechanism at different processes 2
Lec 14 Mechanics of bulk metal forming
01:01:35

Lec 14 Mechanics of bulk metal forming
Lec 15 Mechanics of sheet metal forming 1
01:02:17

Lec 15 Mechanics of sheet metal forming 1
Lec 16 Mechanics of sheet metal forming 2
00:33:17

Lec 16 Mechanics of sheet metal forming 2
Lec 17 Heat transfer and thermomechanical processing
01:07:56

Lec 17 Heat transfer and thermomechanical processing
Lec 18 Fusion welding processes 1
01:03:34

Lec 18 Fusion welding processes 1
Lec 19 Fusion welding processes 2
00:40:38

Lec 19 Fusion welding processes 2
Lec 20 Physics of welding and metal transfer
00:56:18

Lec 20 Physics of welding and metal transfer
Lec 21 Heat source model in fusion welding
00:54:29

Lec 21 Heat source model in fusion welding
Lec 22 Heat transfer and material flow
00:55:59

Lec 22 Heat transfer and material flow
Lec 23 Solidification in welding 1
00:48:28

Lec 23 Solidification in welding 1
Lec 24 Solidification in welding 2
00:46:43

Lec 24 Solidification in welding 2
Lec 25 Solid state welding 1
01:00:18

Lec 25 Solid state welding 1
Lec 26 Solid state welding 2
00:22:46

Lec 26 Solid state welding 2
Lec 27 Hybrid welding residual stress and distortion
00:42:14

Lec 27 Hybrid welding residual stress and distortion
Lec 28 Cooling and solidification at different casting processes
01:01:01

Lec 28 Cooling and solidification at different casting processes
Lec 29 Powder metallurgy
00:53:51

Lec 29 Powder metallurgy
Lec 30 Principle of surface and coating technologies
00:31:18

Lec 30 Principle of surface and coating technologies
Lec 31 Principle and development of additive manufacturing technologies 1
00:59:33

Lec 31 Principle and development of additive manufacturing technologies 1
Lec 32 Principle and development of additive manufacturing technologies 2
00:20:34

Lec 32 Principle and development of additive manufacturing technologies 2
Lec 33 Fundamentals of heat treatment
01:01:23

Lec 33 Fundamentals of heat treatment
Lec 34 Evaluation of microstructural properties and residual stress
00:43:42

Lec 34 Evaluation of microstructural properties and residual stress
Lec 35 Down scaling of conventional manufacturing processes and Micro to nano manufacturing
00:57:00

Lec 35 Down scaling of conventional manufacturing processes and Micro to nano manufacturing
Lec 36 Packaging micro finishing and micro manufacturing processes
00:17:14

Lec 36 Packaging micro finishing and micro manufacturing processes
Lec 37 Processing and shaping of non metals and bio materials
00:37:28

Lec 37 Processing and shaping of non metals and bio materials
Lec 38 Principle of glass and ceramics processing and their shaping
00:21:31

Lec 38 Principle of glass and ceramics processing and their shaping


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Sowmya Palakapati 

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2025-07-10

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