|
Name: |
Professor M Imregun |
Organisation: |
Imperial College London |
Department: |
Mechanical Engineering |
Current EPSRC-Supported Research
Topics: |
|
Current EPSRC Support |
There is no current EPSRC Support |
Previous EPSRC Support |
EP/F001789/1 | Numerical Simulation of Rotating Stall and Surge for the Determination of Dynamic Loads and Blade Response in Aero-engine Core Compressors | (C) |
EP/F005954/1 | Supercomputing Resources and Support for the UK Applied Aerodynamics Consortium 2 (2007-2010) | (C) |
GR/S91123/02 | Supercomputer Resources for the UK Applied Aerodynamics Consortium | (C) |
GR/S91123/01 | Supercomputer Resources for the UK Applied Aerodynamics Consortium | (C) |
GR/R42672/01 | Casing treatment modelling for the investigation of stall, flutter and noise mechanisms in turbomachinery compressors. | (P) |
GR/R06298/01 | High-Performance Mpi Cluster For Computational Turbomachinery Aeroelasticity | (P) |
GR/N24773/01 | ROPA: AEROTHERMOELASTICITY MODELLING OF AIR-RIDING SEALS FOR LARGE GAS TURBINES | (P) |
GR/M84879/01 | FLUTTER & NOISE GENERATION MECHANISMS IN TURBOMACHINERY FAN ASSEMBLIES | (P) |
GR/M34409/01 | JREI: COMPUTATIONAL TURBOMACHINERY AEROELASTICITY USING MULTI-PASSAGE MULTI-ROW MODELS | (P) |
GR/M63874/01 | ROPA:MULTI-STAGE AEROELASTICITY ANALYSIS OF A COMPLETE TURBOMACHINERY CORE COMPRESSOR | (P) |
GR/M21652/01 | INVESTIGATION OF LOW ENGINE-ORDER EXCITATION MECHANISMS FOR TURBINE BLADES | (P) |
GR/K91439/01 | ROPA.NEW MODELLING TECHNIQUES FOR TURBOMACHINERY FLUTTER ANALYSIS | (P) |
GR/F62933/01 | VIBRATION CHARACTERISTICS OF QUASI-AXISYMMETRIC STRUCTURES | (C) |
|
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator
|
|
|
|
|