Centre for Power Transmission & Motion Control
We lead research in fluid power, actuation, and the dynamics and control of electro-mechanical systems. We also run CPD courses and offer consultancy services.
Department of Mechanical Engineering research
Our research activities and expertise include design and manufacturing, machine systems, solid mechanics, materials, and thermo-fluids.
Our research centres
Most of our research projects are carried out in one of our established centres. Our work ranges from fundamental investigations to applied research. We work with industry and other universities worldwide on the latest innovations in research.
Materials and Structures Centre
We develop and design innovative materials with unique properties to improve technological, structural and manufacturing products and processes.
Turbomachinery Research Centre
We investigate the theoretical, computational and experimental modelling of heat transfer and fluid flow related to turbomachinery.
Advanced Design and Manufacturing Centre (ADM@Bath)
Our research looks to the future of design and manufacturing, covering all the lifecycle stages for products, processes and systems.
Our Institutes, units and groups
As well as our research centres, much of our core research in the Department is linked to Institutes, units and groups.
Institute for Sustainable Energy and the Environment
We bring together stakeholder communities to discuss how we can develop more sustainable, affordable energy for the future of our society and environment.
Fluid Dynamics Research Unit
Our research in fluid dynamics covers internal and external flows, aircraft, micro air vehicles, acoustics, blood flow, porous materials and wind turbines.
Sustainable Energy Research Team
We are a multidisciplinary team including engineers and scientists who promote sustainability through high-quality research and publications.
Our research impact
The research we carry out results in long-lasting benefits for industry, society and the environment.
Improving composite wing part manufacture
Our modelling and testing methodologies have improved the manufacturing process of commercial aircraft wings, resulting in better quality parts.
Enhancing clinical materials and techniques in orthopaedic surgery
Our research has contributed to improvements in joint replacement surgery, helping to reduce healthcare costs and increase quality of life.
Printing a design revolution with additive manufacture
Using metal powder laser melting, our research on industrial 3D printing has helped to improve processes and develop new products with our industrial partners.
Designing more efficient power gas turbines
Our partnership with Siemens has produced new engine components and tools for faster technology generation.