Civil Engineering 4 Life

Services to Industry

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The School of Civil Engineering has been at the forefront of Civil Engineering research and development for over 50 years, with an international standing and reputation for excellence culminating in the award of a grade 5 in the last Research Assessment Exercise.

Our research is driven by development needs of industry and the needs of commercial organisations to remain competitive.

The School is very proud of its strong links with industry, which as well as heavily influencing our research activities, inform all of our taught courses, yielding the high calibre of graduates required by industry. At the same time the School is always keen to foster new links with industry and our facilities and expertise can help you to solve problems, develop new products and processes and establish best practice in a diverse range of applications. Follow the links on this page to find out about our areas of expertise, facilities and mechanisms for establishing collaborative projects or carrying out consultancy work.

Want to know more?
If you are interested in finding out more about potential collaborative projects or consultancy please either contact a member of academic staff in your area of interest, or email civilinfo@leeds.ac.uk for general enquires.

 


Areas of Expertise

The school has 28 members of academic staff actively involved in research and consultancy. Our research interests are divided into three broad disciplines however individual staff interests and expertise within these areas cover a diverse range of techniques and applications. Multidisciplinary research is actively pursued and where projects demand it, we are able to assemble and manage larger teams of experts from within other faculties in the University or from other UK research establishments

 

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Facilities and Networks

The School has access to extensive laboratory and computing facilities for carrying out a wide range of specialist research and consultancy projects. Some areas of research such as construction management also benefit from networks established by the School to bring together leading experts from academia and industry.

Structures - The group is well known for its innovative work investigating the application of Product Modelling concepts to achieve more efficient information-based working within the construction sector and for utilising computer methods in the modelling of complex structures and materials.

Materials and Geotechnics - The work of the Group is concerned with investigations into the nature, properties and applications of a range of materials that are used by the construction industry, including several of the primary structural materials, as well as soils (i.e.geotechnics). Emphasis is placed on study of the durability and long-term performance characteristics of construction products that are expected to remain in serviceable condition for many years, on the application of industrial wastes and by-products in civil engineering, and on the remediation of industrially contaminated land.

Water and Environment – Dedicated laboratories for carrying out a wide range of chemical and microbial analysis for water, waste water and solid waste applications. This includes a dedicated class-two microbiology facility, a purpose built environment for pilot scale solid waste processing and a state-of-the-art PCR laboratory for genetic analysis of microbial materials.

Aerobiology Test Chamber – Hermetically sealed, ventilated class two microbiology test chamber that can be used to perform a wide range of bioaerosol experiments under controlled climatic conditions including testing the performance of air sterilization devices.

Computational Modelling – We have expertise in a range of fluid and structural analysis packages including Fluent, CFX and Abaqus as well as significant experience in developing custom modelling tools for specific applications. Simulations can be efficiently carried out using in-house linux servers or Faculty of Engineering high performance computing (HPC) facilities for large and complex analyses.

Leeds Asset Management Forum – This recently established network has an international, cross-sectoral and multidisciplinary remit and brings together expert academics and practicioners to share knowledge and best practice in asset management

 

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Collaborative Research Projects

Much of our industrial focused research is carried out through collaborative research projects. From an industry perspective these types of projects are ideal for progressing longer term R&D aims and enable strong relationships to be built up with academic and research staff in the School with long term mutual benefits. They are usually more cost effective than short term consultancy projects as they include an element of grant funding and facilitate access to state-of-the-art research expertise within the School often through a dedicated research student or associate.

There are a number of mechanisms by which collaborative projects can be funded:

Research studentships – these PhD projects are typically three years full-time and the primary funding source is usually the Engineering and Physical Sciences Research Council (EPSRC) CASE award scheme. The industrial partner is required to make a contribution to the maintenance of the student which is currently around £21,000 over the three year project duration as well as provide a placement for the student for around 3 months. With the right student this can provide a very cost effective collaboration with the potential for taking on the student as an employee following the project.

Collaborative research grant application – Projects requiring a higher level of expertise can be carried out by submitting a joint funding application to a suitable funding body. This would typically include the cost of a postdoctoral level research for the project duration, and again can be very cost effective as company contributions can often be "in kind". However, the drawback of this route is the highly competitive nature of the funding and potential long lead times.

Knowledge Transfer Partnerships (KTP) – This is a DTI funded scheme aimed at facilitating industry access to expert knowledge in academia to carry out a project of strategic importance to the company. Projects are typically 1.5-3 years duration and employ a high calibre graduate who is based at the company site. The financial contribution from the industry partner is 40-50% of the project cost and depends on the size of the organization. Further information on the scheme is available at www.ktponline.org.uk

Undergraduate/Masters student projects – All of our final year undergraduate and masters students undertake a major research or design project, usually chosen from a list of advertised project areas. This can be linked to a real industrial issue and provide an excellent and low cost mechanism for an organization to carry out pilot studies or background research into a problem. As well as establishing a relationship with academic researchers in the school this exposure to real life civil engineering has significant benefits for the student’s career prospects.

 

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Consultancy

As well as collaborative research projects, many of our academics regularly undertake consultancy projects for industry. These are usually costed on a case-by case basis and are ideal for short projects, independent assessment reports or analysis of materials or devices. Some areas which have previously benefited from consultancy studies include

Structures, Materials and Geotechnics

  • Use of waste materials / industrial by–products / construction and demolition waste as alternative sources of aggregate or manufactured aggregate for concrete
  • Stress-strain behaviour of soils, especially in plane strain and cyclic loading
  • The influence of hot weather conditions and elevated temperature on the curing and properties of concrete

Construction Management

  • Large scale testing of strengthened masonry arches
  • Stress transfer and damage assessment of laminated composites with matrix cracks
  • Stress transfer and damage assessment of laminated composites with matrix cracks

Water and Environmental Engineering

  • Microbial testing of air cleaning devices
  • CFD analysis of building airflows, cooling water and waste water treatment
  • Chemical and biological analysis of soil, waste and water samples

 

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