Aerodynamic Design Of Axial Flow Compressors & Fans

Course Duration : 12 Weeks

@VTU COE

0.0
(0) 15 Students

What you will learn

  • Aerospace Engineering

  • IITKGP

This course builds upon basics of Thermodynamics, Aircraft Propulsion and Gas Dynamics that students have learnt in previous pre-requisite courses and aims to give the students a fundamental understanding of how axial flow compressor and industrial fans work and how they are designed as per specific requirements for land based power plants, aircraft jet engines, special applications in process industries as well as future electric propulsion systems. The aerodynamics and fluid flow aspects of axial flow compressors and fans are covered with considerations of recent advancements in design processes.

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Lecture 07: Stage Configurations and Parameters
Preview 33:19
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Lecture 08: Stage Configurations and Parameters (Contd.)
Preview 32:57
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Lecture 09: Stage Configurations and Parameters (Contd.)
Preview 34:43
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Lecture 10: Stage Configurations and Parameters (Contd.)
Preview 20:35
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Lecture 11: Stage Configurations and Parameters (Contd.)
Preview 30:22
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Lecture 12: Stage Configurations and Parameters (Contd.)
Preview 31:59
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Lecture 13: Stage Configurations and Parameters (Contd.)
Preview 30:22
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Lecture 14: Stage Configurations and Parameters (Contd.)
Preview 20:36
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Lecture 15: Stage Configurations and Parameters (Contd.)
Preview 35:33

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Lecture 16: Design Concepts
Preview 34:45
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Lecture 17: Design Concepts (Contd.)
Preview 30:39
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Lecture 18: Design Concepts (Contd.)
Preview 31:40
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Lecture 19: Design Concepts (Contd.)
Preview 29:19
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Lecture 20: Design Concepts (Contd.)
Preview 33:54
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Lecture 21: Design Concepts (Contd.)
Preview 37:32
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Lecture 22: Design Concepts (Contd.)
Preview 28:16

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Lecture 23: Cascade Aerodynamics
Preview 34:18
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Lecture 24: Cascade Aerodynamics (Contd.)
Preview 36:23
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Lecture 25: Cascade Aerodynamics (Contd.)
Preview 33:42
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Lecture 26: Cascade Aerodynamics (Contd.)
Preview 31:20
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Lecture 27: Cascade Aerodynamics (Contd.)
Preview 31:21

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Lecture 28: Selection of Design Parameters
Preview 33:47
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Lecture 29: Selection of Design Parameters (Contd.)
Preview 44:23
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Lecture 30: Selection of Design Parameters (Contd.)
Preview 25:28
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Lecture 31: Selection of Design Parameters (Contd.)
Preview 34:16
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Lecture 32: Selection of Design Parameters (Contd.)
Preview 28:26

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Lecture 33: Design Strategies
Preview 31:52
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Lecture 34: Design Strategies (Contd.)
Preview 35:11
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Lecture 35: Design Strategies (Contd.)
Preview 45:37
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Lecture 36: Design Strategies (Contd.)
Preview 36:29

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Lecture 37: Design of Low Speed Compressor
Preview 34:43
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Lecture 38: Design of Low Speed Compressor (Contd.)
Preview 35:03
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Lecture 39: Design of Low Speed Compressor (Contd.)
Preview 30:36
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Lecture 40: Design of Low Speed Compressor (Contd.)
Preview 35:11
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Lecture 41: Design of Low Speed Compressor (Contd.)
Preview 28:45
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Lecture 42: Design of Low Speed Compressor (Contd.)
Preview 33:44

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Lecture 43: Design of Low Speed Contra rotating Fan
Preview 33:43
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Lecture 44: Design of Low Speed Contra rotating Fan (Contd.)
Preview 29:07
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Lecture 45: Design of Low Speed Contra rotating Fan (Contd.)
Preview 30:02
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Lecture 46: Design of Low Speed Contra rotating Fan (Contd.)
Preview 24:00
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Lecture 47: Design of Low Speed Contra rotating Fan (Contd.)
Preview 32:49

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Lecture 48: Design of Low Speed Contra rotating Fan (Contd.)
Preview 39:24
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Lecture 49: Transonic Compressors
Preview 36:50
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Lecture 50: Transonic Compressors (Contd.)
Preview 31:46
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Lecture 51: Transonic Compressors (Contd.)
Preview 40:07
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Lecture 52: Transonic Compressors (Contd.)
Preview 32:36

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Lecture 53: Transonic Compressors (Contd.)
Preview 43:02
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Lecture 54: Design of Transonic Compressor​
Preview 38:18
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Lecture 55: Design of Transonic Compressor​ (Contd.)
Preview 40:16
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Lecture 56: Design of Transonic Compressor​ (Contd.)
Preview 37:19
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Lecture 57: Design of Transonic Compressor​ (Contd.)
Preview 34:19
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Lecture 58: Design of Transonic Compressor​ (Contd.)
Preview 35:51

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Lecture 59: Design of Transonic Compressor​ (Contd.)
Preview 43:27
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Lecture 60: Design of Industrial fan
Preview 32:58
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Lecture 61: Design of Industrial fan (Contd.)
Preview 34:10
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Lecture 62: Design of Industrial fan (Contd.)
Preview 33:09
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Lecture 63: Design of Industrial fan (Contd.)
Preview 30:42

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Lecture 64: Design of Industrial fan (Contd.)
Preview 29:57
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Lecture 65: CFD application to Design and Performance assessment
Preview 38:51
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Lecture 66: CFD application to Design and Performance assessment (Contd.)
Preview 38:32
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Lecture 67: CFD application to Design and Performance assessment (Contd.)
Preview 44:23
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Lecture 68: CFD application to Design and Performance assessment (Contd.)
Preview 41:20
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Lecture 69: CFD application to Design and Performance assessment (Contd.)
Preview 33:41
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Meet Your Instructor
@VTU COE
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Instructor
0.0 Rating
40 Students
718 Courses
About Instructor

VTU is one of the largest Technological Universities in India with 24 years of Tradition of excellence in Engineering & Technical Education, Research and Innovations. It came into existence in the year 1998 to cater the needs of Indian industries for trained technical manpower with practical experience and sound theoretical knowledge.

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Free

  • Course Duration
    38 h 42 m 0 s
  • Course Level
    Intermediate
  • Student Enrolled
    15
  • Language
    English
This Course Includes
  • 38 h 42 m 0 s Video Lectures
  • 0 Quizzes
  • 0 Assignments
  • 0 Downloadable Resources
  • Full Lifetime Access
  • Certificate of Completion