Experimental Techniques in Fluid Mechanics
( 25 Modules )

Module #1
Introduction to Experimental Fluid Mechanics
Overview of the importance of experiments in fluid mechanics, historical background, and relevance to engineering applications

Module #2
Measurement Principles and Instrumentation
Fundamentals of measurement principles, types of sensors, and instrumentation used in fluid mechanics experiments

Module #3
Fluid Property Measurement
Techniques for measuring fluid properties such as density, viscosity, and surface tension

Module #4
Pressure Measurement
Methods for measuring pressure in fluids, including piezometric and piezoresistive techniques

Module #5
Temperature Measurement
Techniques for measuring temperature in fluids, including thermocouples and RTDs

Module #6
Velocity Measurement
Introduction to velocity measurement techniques, including Pitot tubes and hot-wire anemometry

Module #7
Hot-Wire Anemometry
In-depth coverage of hot-wire anemometry, including principles, probe design, and calibration

Module #8
Laser Doppler Velocimetry (LDV)
Principles and applications of LDV, including measurement of velocity and turbulence

Module #9
Particle Image Velocimetry (PIV)
Fundamentals and applications of PIV, including measurement of velocity and turbulence

Module #10
Flow Visualization
Techniques for visualizing flow fields, including dye, smoke, and schlieren methods

Module #11
Turbulence Measurement
Introduction to turbulence measurement techniques, including hot-wire anemometry and LDV

Module #12
Boundary Layer Measurement
Techniques for measuring boundary layer properties, including velocity and wall shear stress

Module #13
Flow Rate Measurement
Methods for measuring flow rate, including venturi meters and orifice plates

Module #14
Multiphase Flow Measurement
Techniques for measuring multiphase flow properties, including gas-liquid and solid-liquid flows

Module #15
Wind Tunnel Testing
Fundamentals and applications of wind tunnel testing, including model design and data analysis

Module #16
Water Tunnel Testing
Principles and applications of water tunnel testing, including model design and data analysis

Module #17
Towing Tank Testing
Fundamentals and applications of towing tank testing, including model design and data analysis

Module #18
Uncertainty Analysis
Methods for estimating and propagating uncertainty in experimental measurements

Module #19
Signal Processing and Data Analysis
Techniques for signal processing and data analysis, including filtering, sampling, and regression

Module #20
Experimental Design and Planning
Principles and best practices for designing and planning experiments, including hypothesis testing and error reduction

Module #21
Laboratory Safety and Hazards
Importance of laboratory safety, hazard identification, and risk assessment

Module #22
Advanced Measurement Techniques
Introduction to advanced measurement techniques, including micro-PIV and tomographic PIV

Module #23
Measurement of Non-Newtonian Fluids
Techniques for measuring properties of non-Newtonian fluids, including rheometry and viscometry

Module #24
Measurement of Complex Flows
Techniques for measuring properties of complex flows, including swirling flows and flow in complex geometries

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Experimental Techniques in Fluid Mechanics career

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Experimental Techniques in Fluid Mechanics ( 25 Modules )

Experimental Techniques in Fluid Mechanics
( 25 Modules )