Fluid Dynamics and Turbomachines
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Fluid Dynamics and Turbomachines
Why enroll
Participants join the Fluid Dynamics and Turbomachines course to gain a strong theoretical and practical foundation in analyzing fluid flow and energy transfer in engineering systems. The course enables learners to understand and predict the performance of turbines, pumps, compressors, and fans, which are critical components in power generation, aerospace, manufacturing, and thermal systems. By mastering core principles such as conservation laws, velocity triangles, efficiency analysis, and performance characteristics, participants develop the ability to solve complex, real-world fluid flow and turbomachinery problems. This course is particularly valuable for students and professionals seeking to strengthen their core mechanical engineering knowledge, prepare for advanced studies and competitive examinations, and enhance their technical competence and career opportunities in energy, propulsion, and process industries.
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Course content
The course is readily available, allowing learners to start and complete it at their own pace.
Fluid Dynamics and Turbomachines
34 Lectures
1251 min
Introduction to Fluid Flow
Preview
47 min
Flow field, Stresses on fluid element, Newtonian fluid
Preview
37 min
Non Newtonian fluid, Classification of flow, Analysis of flow
42 min
Tutorial -1
18 min
Integral analysis, Control volume, Generalised conservation equation
40 min
Mass and linear momentum conservation in CV
30 min
Angular momentum conservation, Non-inertial frame of reference
30 min
Tutorial - 2
34 min
Differential Analysis
43 min
Navier-Stokes equation for 2D incompressible flow
33 min
Vorticity, Stream function, Bernoulli's equation
44 min
Tutorial - 3
28 min
External flows, Laminar and Turbulent Boundary Layer
54 min
Differential analysis of boundary layer, Blassius equation
30 min
Boundary Layer flow with pressure gradient, Flow separation
52 min
Internal flow, Pipe friction
56 min
Basic Thermodynamics
44 min
Turbomachines: Definition and classification
25 min
Dimensional Analysis
52 min
Tutorial - 4
21 min
Representation of Turbomachines and Definition of velocity
49 min
Euler's energy equation
33 min
Real fluid flow and efficiency of turbomachine
43 min
Tutorial -5
12 min
Pumps
45 min
Pumping Systems
22 min
Hydraulic Turbines: Pelton Turbine
46 min
Hydraulic Turbines: Reaction Turbines
36 min
Cavitation in Hydroturbomachines
54 min
Tutorial - 6
26 min
Introduction to compressible flow
47 min
Steam and Gas Turbine : Introduction and classification
26 min
Steam and Gas Turbine : h-s Plots and velocity triangle
36 min
Tutorial-7
16 min
Course details
Fluid Dynamics and Turbomachines is an advanced engineering course that provides an in-depth understanding of the behavior of fluids in motion and the principles governing energy transfer between fluids and rotating machinery. The course begins with fundamental concepts of fluid properties, fluid statics, and fluid kinematics, followed by a detailed study of fluid dynamics, including conservation of mass, momentum, and energy. Emphasis is placed on analyzing fluid flow through pipes, ducts, nozzles, and channels, as well as understanding losses due to friction, turbulence, and flow separation.
The turbomachinery component of the course focuses on the working principles, performance characteristics, and design aspects of machines that convert energy between fluids and mechanical systems. This includes a comprehensive study of turbines, pumps, compressors, and fans, covering velocity triangles, stage efficiency, specific speed, and characteristic curves. Practical considerations such as cavitation, flow instabilities, and operational limitations are also addressed. By integrating theoretical analysis with real-world applications in power plants, aerospace propulsion, HVAC systems, and process industries, the course equips learners with the skills required to analyze, select, and optimize fluid flow systems and turbomachines for efficient and reliable engineering performance.
Source: NPTEL Youtube
Course suitable for
Mechanics & Turbomachinery Mechanical Production
Key topics covered
introduction to fluid flow
non newtonian fluid, classification of flow, analuysis of flow
differential analysis
navier stroke equation for 2D incompressible flow
basic thermodynamics
dimensional analysis
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