Thermal and Fluid Systems in Mechanical Design
( 25 Modules )

Module #1
Introduction to Thermal and Fluid Systems
Overview of thermal and fluid systems, importance in mechanical design, and course objectives

Module #2
Thermodynamic Principles
Review of thermodynamic principles, including temperature, energy, and entropy

Module #3
Heat Transfer Fundamentals
Introduction to heat transfer modes (conduction, convection, radiation), heat transfer equations, and thermal resistance

Module #4
Conduction Heat Transfer
Analysis of conduction heat transfer in solids, including Fouriers law and thermal conductivity

Module #5
Convection Heat Transfer
Analysis of convection heat transfer, including natural and forced convection, and heat transfer coefficients

Module #6
Radiation Heat Transfer
Analysis of radiation heat transfer, including blackbody radiation and radiation heat transfer equations

Module #7
Heat Exchangers
Introduction to heat exchangers, including types (e.g. parallel flow, counterflow), design considerations, and performance analysis

Module #8
Fluid Mechanics Fundamentals
Review of fluid mechanics principles, including fluid properties, fluid statics, and fluid kinematics

Module #9
Fluid Dynamics
Analysis of fluid dynamics, including Bernoullis equation, Eulers equation, and Navier-Stokes equations

Module #10
Pipe Flow and Pressure Drop
Analysis of pipe flow, including laminar and turbulent flow, and pressure drop calculations

Module #11
Pumps and Compressors
Introduction to pumps and compressors, including types, design considerations, and performance analysis

Module #12
Turbomachinery
Analysis of turbomachinery, including turbines, compressors, and pumps, and their applications

Module #13
Fluid Systems Design
Introduction to fluid system design, including pipe sizing, network analysis, and system optimization

Module #14
Thermal System Design
Introduction to thermal system design, including heat exchanger design, thermal insulation, and system optimization

Module #15
Computational Tools for Thermal and Fluid Systems
Introduction to computational tools, such as CFD and FEA, for analyzing and designing thermal and fluid systems

Module #16
Case Studies in Thermal and Fluid Systems
Analysis of real-world case studies in thermal and fluid systems, including design challenges and solutions

Module #17
Safety and Reliability in Thermal and Fluid Systems
Importance of safety and reliability in thermal and fluid systems, including risk analysis and mitigation strategies

Module #18
Economic and Environmental Considerations
Economic and environmental considerations in thermal and fluid system design, including cost analysis and sustainability

Module #19
Thermal and Fluid Systems in HVAC
Application of thermal and fluid systems in heating, ventilation, and air conditioning (HVAC) systems

Module #20
Thermal and Fluid Systems in Power Generation
Application of thermal and fluid systems in power generation, including fossil fuel and nuclear power plants

Module #21
Thermal and Fluid Systems in Aerospace Engineering
Application of thermal and fluid systems in aerospace engineering, including aircraft and spacecraft thermal management

Module #22
Thermal and Fluid Systems in Automotive Engineering
Application of thermal and fluid systems in automotive engineering, including engine cooling and climate control

Module #23
Thermal and Fluid Systems in Biomedical Engineering
Application of thermal and fluid systems in biomedical engineering, including medical devices and biomaterials

Module #24
Thermal and Fluid Systems in Energy Storage
Application of thermal and fluid systems in energy storage, including batteries and thermal energy storage

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Thermal and Fluid Systems in Mechanical Design career

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Thermal and Fluid Systems in Mechanical Design ( 25 Modules )

Thermal and Fluid Systems in Mechanical Design
( 25 Modules )