Mechanical Engineering New Route PhD



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Mechanical Engineering New Route PhD

The New Route PhD is a four-year research-based programme leading to the submission of a thesis and the award of a PhD degree. In addition to pursuing your research, during the first three years you will study a tailor-made programme of taught modules to underpin your academic study and enhance your skills as a researcher.

The programme aims to educate graduates not only to the high academic standards expected from PhD research but also in generic personal, business and communication skills. This approach extends the individual’s subject expertise beyond the bounds of the usual research degree.

YEAR 1

Issues and Methods of Research

Proposal Writing

Research Methods in Mechanical Engineering

Discipline-specific Module

YEAR 2

Communication Skills (speaking, writing, computing, information retrieval)

Global Context (political, economic and social contexts)

Thesis Research



YEAR 3

Research Dissemination

The Business World (including career planning)

Peer Review (and its use in assessment of research proposals and publication)

Thesis Research

YEAR 4

Thesis Submission

DISCIPLINE-SPECIFIC MODULES

Modules from the taught MSc programmes are selected according to thesis research. For example:

Modern Environmental Control Systems for Buildings

Environmental Hands-on Review and Audit

Energy Conversion and Management

Energy, Economics and the Environment

Advanced CAD and Numerical Modelling

Advanced Solid Body Mechanics

Advanced Thermodynamics

Advanced Vehicle Dynamics, IC Engines and Materials

Aerodynamics, Mechanics and Propulsion Systems

Computer Aided Engineering Methods

Contextual Design

Topical Issues in Aerospace Industry

Design and Analysis of Aircraft and Spaceship Systems

Enterprise and Innovation

Graphics

Managing Project Innovation

Racing Team Management and Vehicle Testing

Research Planning, Methodology and Innovation

Strategic Management and Enterprise

USUAL ENTRY REQUIREMENTS

A good degree in a relevant subject and/or appropriate professional qualifications and experience.


WANT TO KNOW MORE?

Contact Research Office Administrator, School of Engineering and Design

Tel +44 (0)1895 266876

Email sed-research@brunel.ac.uk


RESEARCH AT MECHANICAL ENGINEERING

Brunel’s Mechanical Engineering is a very active research subject area with collaborative research projects supported by industrial, governmental and overseas partners ranging from major oil companies, vehicle manufacturers, built environment consultacies and government laboratories in addition to major funding by EPSRC and the EU. There is collaboration with many universities in Asia, Europe and the US.

This is a thriving, high-quality research department with an international reputation which has extensive and well-equipped laboratories, particularly in fluid mechanics, IC engines and their fuels, vibrations, environmental and building services engineering and structural testing. Our in-house cluster of parallel computer facilities are enhanced by advanced software for large scale simulation of structures, flows and engines, to name but a few
Research Areas

CENTRE FOR ADVANCED POWERTRAIN AND FUELS RESEARCH

The activities of this Centre, one of the largest, most renowned and active engines research groups in the UK, contribute in a number of areas related to advanced automotive powertrain, alternative and bio fuels, and their impact on the environment.

In particular, the Centre focuses on:

Ultra-low emission and high efficiency internal combustion engines through new combustion process and its control;

Novel hybrid engines for future automotive vehicles;

Fuel injection, spray formation, mixing and combustion and their application to the design of internal combustion engines and low emission fuels;

Experimental and computational techniques for in-cylinder flow, combustion, pollutant formation and emissions and application to the design of more efficient and clean engines;

Fuel reforming and after-treatment devices for ultra-low emission diesel vehicles;

Optimised bio-fuel powered combustion engines and their impact on the environment.



Further information Professor H Zhao, School of Engineering and Design

Email hua.zhao@brunel.ac.uk
Tel +44 (0)1895 266698
Web www.brunel.ac.uk/research/centres/capf

CENTRE FOR ENERGY AND BUILT ENVIRONMENT RESEARCH

The activities of this Research Centre contribute to a number of areas in the energy field including:

The improvement of energy conversion efficiency from renewable sources;

The design of more efficient systems to provide heating and cooling and achieve the required thermal environment for buildings and processes;

The reduction of emissions of greenhouse gases and other pollutants to the atmosphere.

The Group has substantial facilities that include:

An 80m3 environmental chamber capable of achieving conditions between 0°C and +40°C and 30 to 95%RH;

An anechoic chamber, sound-level meters and other acoustic equipment;

Refrigeration and heat pump test rigs;

Solar energy test rigs;

A range of data-logging and control systems.

In-house simulation software and a suite of commercial packages include:

Building services software that includes thermal simulation, acoustics, lighting, and other services design programmes;

Computational fluid dynamics and other fluid flow and heat transfer codes for flow and heat transfer modelling.

Further information Professor T Karayiannis, School of Engineering and Design

Email tassos.karayiannis@brunel.ac.uk
Tel +44 (0)1895 267132
Web www.brunel.ac.uk/research/centres/ceber

CENTRE FOR ENGINEERING TRIBOLOGY AND DYNAMICS

Brunel has a long and proud tradition in tribology research, going back some thirty years. The Research Centre for Engineering Tribology and Dynamics (RCETD) is now officially recognized as the University Research Centre, thus affirming the importance of tribology research in an era of energy crunch and environmental sustainability.
The current portfolio of research funding is about £0.8M and the written output of all members of RCETD over the last three years totals 74 papers and conference presentations. Research takes place in various laboratories within the School of Engineering and Design, which accommodate unique experimental equipment enabling research in a wide range of topics.These experimental facilities, coupled with workstations for numerical modelling, equip the Centre with a competitive edge and form a solid foundation for attracting research funding.

Further information: Dr Mark Atherton, School of Engineering & Design

Email: mark.atherton@brunel.ac.uk

Tel: (0)1895 266690

ADVANCED COMPUTATIONAL MECHANICS GROUP

Brunel’s Advanced Computational Mechanics Research Group conducts leading edge research in the area of computational solid and fluid mechanics. The group which has close links with industry is involved in developing numerical solutions and constitutive models for a number of engineering problems with applications in the aerospace, offshore and medical engineering industries. The group’s research activities include:

Boundary element methods

Non-linear finite element methods: e.g. computational plasticity and modelling of contact problems

Computational fluid dynamics

Finite element modelling of sound propagation in acoustic waveguides

Fluid-solid interaction modelling

Fracture mechanics

Multi-scale modelling
Further information Professor Hamid Bahai, School of Engineering and Design.
Email: hamid.bahai@brunel.ac.uk
Tel +44 (0)1895 265773
Web: www.brunel.ac.uk/about/acad/sed/sedres/cem/acm

APPLIED MECHANICS GROUP

The key areas covered by this large research Group include:

Bioengineering;

Dynamical Systems, Performance Enhancement and Robust Control;

Surface Mechanics and Tribology;

Fluid Mechanics and Heat Transfer;

Aerospace Technology;

Structural Modelling and Analysis.

Further information Professor I Esat, School of Engineering and Design.

Email ibrahim.esat@brunel.ac.uk

Tel +44 (0)1895 266681

Web www.brunel.ac.uk/about/acad /sed/sedres/cem

MATERIALS RESEARCH

This area focuses on the development of biodegradable materials, novel processing technologies and applications. These materials are based largely on natural raw materials, or non-food crops, such as starch and plant fibres, and may be used for a wide range of applications including packaging and construction. Made from renewable resources and being fully biodegradable, the materials offer much greener alternatives to oil-based materials to reduce the environmental impacts by composting as an effective means of materials recovery and reducing landfill.

Research areas include:

Biodegradable materials formulation;

Materials processing;

Materials characterisation;

Product design with biodegradable materials;



Computer modelling of material behaviour during processing, application and post-use treatments.

Further information Professor J Song, School of Engineering and Design
Email jim.song@brunel.ac.uk
Tel +44 (0)1895 266698
Web www.brunel.ac.uk/about/acad/sed/sedres/me


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