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Fluid Dynamics, Heat Transfer and Advanced Engineering Analysis
Home » Undergraduate Support » Year 4 » Fluid Dynamics, Heat Transfer and Advanced Engineering Analysis
Read more about the article Flow separation patterns and surface pressure
Fluid Dynamics, Heat Transfer and Advanced Engineering Analysis / Undergraduate Support / Year 4

Flow separation patterns and surface pressure

Sabine Bonitz, from Chalmers University of Technology, presents an investigation of 3D flow separation patterns and surface pressure gradients on a notchback vehicle.

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28 February 2021
Read more about the article Injection pressure as a means to guide air utilization in diesel engine combustion
Fluid Dynamics, Heat Transfer and Advanced Engineering Analysis / Undergraduate Support / Year 4

Injection pressure as a means to guide air utilization in diesel engine combustion

Ernst Winklhofer, Manager of Combustion Measurement Technologies at AVL LIST, delivers a talk on Injection pressure as a Means to guide air utilisation in heavy duty engine combustion.

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24 February 2021
Read more about the article Donald Julius Groen Prize Lecture. The WheelRail Interface and Complex Tribology of an Open System
Fluid Dynamics, Heat Transfer and Advanced Engineering Analysis / Undergraduate Support / Year 4

Donald Julius Groen Prize Lecture. The WheelRail Interface and Complex Tribology of an Open System

The wheel/rail interface is one of the most complex interfaces tribologists have to deal with. It is an open system with constantly varying contact forces and slip. This means that…

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19 February 2021
Read more about the article Numerical investigation of cavitating injector flow
Fluid Dynamics, Heat Transfer and Advanced Engineering Analysis / Undergraduate Support / Year 4

Numerical investigation of cavitating injector flow

Bejoy Mandumpala Devassy, Development Engineer at AVL LIST, delivers a talk on the numerical investigation of cavitating injector flow accounting for 3D needle movement and liquid compressibility effects.

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10 February 2021
Read more about the article Advantages of optimisation driven design for automotive applications
Fluid Dynamics, Heat Transfer and Advanced Engineering Analysis / Undergraduate Support / Year 4

Advantages of optimisation driven design for automotive applications

With the ever increasing demand for efficient material usage and reduced product costs, optimisation techniques are becoming ever more commonplace in the digital engineering environment. Further to this demand, the…

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8 February 2021
Read more about the article Coupled thermal and aerodynamic design
Fluid Dynamics, Heat Transfer and Advanced Engineering Analysis / Undergraduate Support / Year 4

Coupled thermal and aerodynamic design

Simon Huber from the Institute of Aerodynamics and Fluid Mechanics and Technical University Munich, explains the coupled thermal and aerodynamic design process within car production.

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2 February 2021
Read more about the article Datacenter Cooling Focus on HPC
Fluid Dynamics, Heat Transfer and Advanced Engineering Analysis / Undergraduate Support / Year 4

Datacenter Cooling Focus on HPC

The UK is ranked third in terms of global data centre installations by energy use and UK data centre energy requirements are roughly equivalent to the total output of two…

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1 February 2021

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