Design of simple cooling system
Design a simple cooling system based on the given inputs.
Electrical · Course
Battery Cooling System using GT Suite
Battery Cooling System using Ansys Fluent and GT Suite
- Content
- 16 hours
- Projects
- 2
OverviewWhat you'll
What you'll
be able to do.
Tools you'll use
ANSYS FluentGT-SUITE
Curriculum12 modules,
12 modules,
built with industry.
01Battery Cooling System using GT Suite
- Overview of Cooling of Electronic Components & Energy storage devicesW01
The following are the topics covered in this week:
- Cooling of electronic components - What & Why?
- Cooling of energy storage devices - What & Why?
- Various components used in the cooling system
- Basic cooling system layout (Automotive & Computational systems)
- Types of cooling mechanism
- Overview of the design process
- Overview of simulation and calculation tools
- Engineering principles of cooling system design – Hydraulic W02
The following are the topics covered in this week:
- Flow through pipes
- Pressure drop estimation in pipe flow
- Frictional losses in pipe flow
- Flow through channels (For Electronic cooling)
- Pressure drop estimation in channel flow
- Losses in channel flow
- Fundamentals of Coolant fluids
- Permeability value calculation for pipes
- Application of hydraulic principles in circuit design
- Hydraulic principles in a centrifugal pump
- Engineering principles of cooling system design – ThermalW03
The following are the topics covered in this week:
- Types of heat transfer mechanism
- Conduction heat transfer in solid bodies
- Convective heat transfer between liquid and solid
- Fundamentals of heat exchangers
- Heat generation mechanism in batteries
- Heat generation E-Motors
- Heat generation in computational systems
- Fundamentals of the refrigeration system (Expanded to automotive and computing system)
- Application of thermal principles in system design
- Cooling system components – Working Principle – Part 1W04
The following are the topics covered in this week:
- Battery cooling plates & Thermal pads
- Thermal parameters in battery
- Working of Electric Water Pump
- Design & Performance characteristics of EWP
- Design & Working of Heating systems
- PTC heaters
- Automotive cabin heaters
- Thermoplungers
- Cooling system components – Working Principle – Part 2W05
The following are the topics covered in this week:
- Working principle of radiator
- Design & performance characteristics of the radiator
- Working principle of chiller
- Design & working principle of a cooling fan
- Design & working principle of immersion cooling
- Design & working principle of degassing tank
- Working principle of electro-valves
- Design of hoses
- Design of channels
- Thermal conduction modules
- Design & working principle of a heat sink
- Sizing & selection of cooling system components W06
The following are the topics covered in this week:
- Sizing of battery cooling plates
- Sizing of EWP
- Sizing of radiator
- Sizing of chiller
- Sizing of a cooling fan
- Sizing of hoses
- Sizing of channels
- Selection of cooling fluid
- Application of CFD for Thermal-hydraulic designThermo-hydraulic design of battery cooling plate
Pressure drop estimation in hoses - Thermo-hydraulic analysis of heat exchangers
- Thermo-hydraulic analysis of electronic system
- Cooling Circuit Design – Part 1W07
The following are the topics covered in this course:
- Cooling component & system integration
- Introduction to vehicle drive profiles
- Estimation of heat generation in battery
- Selection of heat rejection mechanism
- O Case Study For Air Cooling
- Air / Coolant flow rate estimation
- Application of an air-cooled battery pack
- Cooling Circuit Design – Part 2W08
The following are the topics covered in this course:
- Cooling circuit analysis – Circuit with Radiator
- Cooling circuit analysis – Circuit with Chiller
- Cooling circuit analysis – Hybrid circuit
- Comparing different cooling circuits
- Thermal Management Design Process
- Cooling system control strategies
- Design parameters in the cooling system
- Introduction to GT SuiteW09
The following are the topics covered in this course:
- Introduction to GT-Suite
- Cooling and Thermal library in GT-Suite
- Basic modelling methods
- Modelling of straight pipes
- Modelling of pipes with bends
- Modelling of a simple hydraulic circuit
- Modelling of Cooling System – Part 1W10
The following are the topics covered in this week:
- Introduction to Thermal Library
- Modelling of Thermal Mass
- Modelling of Conduction Heat Transfer
- Modelling of Convection Heat Transfer
- Modelling of Thermal Network
- Cooling Capacity Estimation
- Modelling of the Cooling system – Part 2W11
The following are the topics covered in this week:
- Modelling of Air Cooling System
- Radiator Modelling
- Chiller Modelling
- Modelling of flow control system
- Hybrid circuit modelling
- Modelling of heating components
- Cooling circuit and cooling component validationW12
The following are the topics covered in this week:
- Development loop of component & system
- General validation logic
- Cooling system validation methods
- Concept design of cooling circuit
- Tuning of 1D circuit
- Common failure modes
- Overview of Cooling of Electronic Components & Energy storage devicesW01
Industry projects2 projects
2 projects
you'll ship.
Our projects are designed by experts in the industry to reflect industry standards. By working through our projects, Learners will gain a practical understanding of what they will take on at a larger-scale in the industry. In total, there are 2 Projects that are available in this program.
Simulation & analysis of cooling circuit
Create an optimum cooling circuit and choose the right sizing of all the components with the given inputs. Justify the design with simulation and analysis.
FeeOne fee.
One fee.
Everything included.
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