What you'll learn
Students will learns all the CFD Techniques and applications
Students will learn to solve any kinds of Real-world Engineering or Industrial problems relevant to CFD
Students will learn the Optimization in CFD
Students will know different types of CFD Applications and their solution methods
Students will be able to perform any CFD Analysis using SolidWorks Flow Simulation
Students will understand the CFD Processes
Students will learn different types of Boundary conditions
Students will know the working principles and simulation technique of different types of Industrial Heat Exchangers and HVAC Systems
Requirements
Basic knowledge in SolidWorks is required to understand this course
Description
A heat exchanger is a system used to transfer heat between two or more fluids. Heat exchangers are used in both cooling and heating processes. The fluids may be separated by a solid wall to prevent mixing or they may be in direct contact. In this course works we have presented CFD Analysis, Parametric Study and Optimization of almost all important types of Heat Exchangers used in Process industry and in HVAC systems. The course contains the following videos (i) Introduction to the course work(ii) CFD Analysis Parametric Study & Optimization of a Fire tube Boiler(iii) CFD Analysis of a Furnace Evaporator(iv) CFD Analysis & Parametric Study of a Chilled Beam(v) CFD Analysis Parametric Study & Optimization of a Ducted Channel Heat Exchanger(vi) CFD Analysis of a Condenser Heat Exchanger(vii) CFD Analysis Parametric Study & Optimization of a Furnace Heater(viii) CFD Analysis Parametric Study & Optimization of a Shell Tube Heat Exchanger(ix) CFD Analysis Parametric Study & Optimization of a Plate Heat Exchanger(x) CFD Analysis Parametric Study & Optimization of a Shell Plate Heat Exchanger(xi) CFD Analysis of a Micro Channel Heat Exchanger(xii) CFD Analysis of a Rotary Wheel(xiii) CFD Analysis of a Trench Heater(xiv) CFD Analysis Parametric Study & Optimization of a Counter flow Heat Exchanger(xv) CFD Analysis Parametric Study & Optimization of a Cross flow Heat Exchanger(xvi) CFD Analysis of a Surface Condenser
Overview
Section 1: Introduction
Lecture 1 Introduction to the Course Work
Lecture 2 CFD Heat Transfer Analysis & Parametric Study of a Fire tube Boiler
Lecture 3 CFD Analysis of a Furnace Evaporator
Lecture 4 CFD Analysis & Parametric Study of a Chilled Beam
Lecture 5 CFD Analysis Parametric Study & Optimization of a Ducted Channel
Lecture 6 CFD Analysis of a Condenser Heat Exchanger
Lecture 7 CFD Analysis and Parametric Study of a Furnace Heater
Lecture 8 CFD Analysis Parametric Study & Optimization of a Shell Tube Heat Exchanger
Lecture 9 CFD Analysis Parametric Study & Optimization of a Plate Heat Exchanger
Lecture 10 CFD Analysis & Parametric Study of a Shell Plate Heat Exchanger
Lecture 11 CFD Analysis of a Micro Channel Heat Exchanger
Lecture 12 CFD Analysis of a Rotary Wheel
Lecture 13 CFD Analysis of a Trench Heater
Lecture 14 CFD Analysis Parametric Study & Optimization of a Counter flow Heat Exchanger
Lecture 15 CFD Analysis Parametric Study & Optimization of a Cross flow Heat Exchanger
Lecture 16 CFD Analysis of a Surface Condenser
This course is made for Engineering Students and Engineering professionals in Mechanical, Chemical and Processing Engineering


Homepage

https://www.udemy.com/course/cfd-a-pro-approach-to-analyze-optimize-heat-exchangers/