skip to primary navigationskip to content
lan 灯 破解版百度云
  • Study at Cambridge
  • About the University
  • Research at Cambridge
  • Study at Cambridge
  • Undergraduate
    • Courses
    • Applying
    • Events and open days
    • lan 灯 破解版百度云
    • lanter 专业版安卓破解版
  • Graduate
    • Why Cambridge
    • Course directory
    • How to apply
    • landeng破解版安卓版
    • Frequently asked questions
  • International students
  • Continuing education
  • Executive and professional education
  • Courses in education
  • About the University
  • How the University and Colleges work
  • 蓝什么灯vip破解版
  • Visiting the University
  • Term dates and calendars
  • Map
  • For media
  • Video and audio
  • Find an expert
  • Publications
  • Global Cambridge
  • News
  • Events
  • Public engagement
  • Jobs
  • Give to Cambridge
  • Research at Cambridge
  • lan 灯 破解版百度云
  • Home
  • CUED Division A

CUED Division A

Energy, Fluids and Turbomachinery

Studying at Cambridge

  • Home
  • News
  • Events
  • Research Directory
    • Research Directory Overview
    • lan灯破解百度云
    • PhD Students
    • 蓝1灯破解版百度云
    • Support Staff
    • Faculty - Energy
    • Faculty - Fluids
    • 蓝1灯破解版百度云
  • Teaching
  • lan 灯 破解版百度云

Welcome

This is the homepage for the Energy, Fluids and Turbomachinery Division.

This Division includes research into acoustics, aerodynamics, combustion, energy use and generation, fluid mechanics and turbomachinery. The Head of Division is Professor Nick Collings. The research spans from fundamental investigations of turbulent flows, to a wide range of applications including aircraft, internal combustion engines and environmental fluid dynamics. Much of the research is aimed towards reducing pollutants and noise, and is characterised by the closest integration between experiment and modelling. Further details are given under the three main research groups listed on the left.

The Division has collaborations with a variety of different industries. In particular, the University Gas Turbine Partnership (UGTP), a collaboration between the University of Cambridge and Rolls-Royce plc, involves over 20 academic staff in the Division. Its remit is to provide an integrated approach to the fluid mechanics and thermodynamics of gas turbines, compression and other systems critical to Rolls-Royce by linking research in the areas of turbomachinery, aerodynamics, noise and vibration, combustion, heat transfer and advanced cycles.

麒麟加速器破解版-outline

29th May 2024
Each student submits two copies of Final report plus an extra copy of their technical abstract, plus their log book or electronic equivalent to Group Centres by 4pm.

 

« August 2024 »
August
MoTuWeThFrSaSu
12
3456789
10111213141516
17181920212223
24252627282930
31
海鸥加速器下载地址,海鸥加速器ios下载,海鸥加速器mac下载,海鸥加速器永久免费加速  justmyso永久免费加速,justmyso2024年,justmyso打不开了,justmysovp  老王梯子最新版,老王梯子安卓下载,老王梯子pc版下载,老王梯子mac下载  一键连加速器官网网址,一键连加速器ios下载,一键连加速器电脑版下载,一键连加速器vp  快捷加速器跑路了,快捷加速器vpm,快捷加速器vp,快捷加速器vps  怎么翻外墙网mac下载,怎么翻外墙网免费试用,怎么翻外墙网不能用了,怎么翻外墙网vp  飞鸟加速器2024年,飞鸟加速器vpm,飞鸟加速器vqn,飞鸟加速器vn