ANNUAL REPORT 2010 - Loughborough University
ANNUAL REPORT 2010 - Loughborough University
ANNUAL REPORT 2010 - Loughborough University
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22<br />
IMCRC Current<br />
RESEARCh ThEMES<br />
Next generation Technologies<br />
Project 198 - Intelligent Control of high<br />
Performance Production Machines is<br />
establishing a control architecture that<br />
is appropriate for advanced machinery<br />
operation based on the integration of<br />
complex sensing, decision-making and<br />
actuation. This will enable the adaptive<br />
operation and realisation of optimal<br />
solutions of the machine process and<br />
provide information on the ‘health’ of the<br />
machine.<br />
Project 201 - Intelligent User Centric<br />
Components for harsh Distributed<br />
Environments is investigating the use of<br />
advance automation and ICT to provide<br />
a step-change in athletic performance<br />
monitoring capability in harsh environments<br />
e.g. underwater. This project is developing<br />
novel integrated sensor arrays that<br />
can provide real time information on<br />
performance and on physiological,<br />
mechanical and environmental parameters.<br />
The IMPREST technology transfer project 247<br />
builds on a previous IMCRC project which<br />
developed a decision support tool aimed at<br />
supporting the implementation of Off-Site<br />
Manufacturing within the construction<br />
industry by facilitating cost and value<br />
comparisons, instilling best practice<br />
and enhancing learning. This project is<br />
transferring the findings of the previous<br />
project into the construction industry.<br />
Further research on Project 270 - Embedded<br />
Total Life Components for Product and<br />
Process Control is evaluating new<br />
techniques for product and process quality<br />
control and visualisation to deliver an<br />
embedded observability and traceability<br />
system based on a network of integrated,<br />
distributed components, each supporting a<br />
unique genetic code.<br />
Project 204 - global Automation<br />
Infrastructure to enable Service-Based<br />
Engineering (gAIN) is assessing the<br />
potential for new, more efficient service<br />
relationships, roles and responsibilities, in<br />
the automation supply chain. These new<br />
systems will need to be fully interoperable.<br />
The project has demonstrated to industry<br />
the methods in which Web services can be<br />
applied practically to industrial automation,<br />
AnnuAl RepoRt <strong>2010</strong><br />
and how a component-based engineering<br />
approach can be applied to Web servicesbased<br />
systems.<br />
Project 253 - Interoperable Manufacturing<br />
knowledge Systems is making a leading<br />
contribution to radical, new methods for<br />
interoperable manufacturing knowledge<br />
to be shared to support dynamic multidisciplinary<br />
engineering design and<br />
manufacture.<br />
Sustainable materials and manufacturing<br />
processes are now a high priority for all<br />
manufacturing sectors. The Project, 260<br />
- Minimisation of End-of-Life Waste in the<br />
Footwear Industry, is generating eco-design<br />
guidelines and bespoke recycling processes<br />
that will underpin the realisation of a<br />
sustainable product recycling chain for the<br />
footwear sector.<br />
Further research on Project 277 - Reduction<br />
of the Environmental Footprint of Plastic<br />
Packaging based on Renewable Polymer<br />
Materials will reduce the carbon and<br />
ecological footprint of packaging, by<br />
investigating the environmental benefits of<br />
reducing the consumption of non-renewable<br />
resources and their disposal to landfill.<br />
New technologies are being investigated<br />
for the production of printable metallic<br />
inks for decorative packaging and related<br />
functional applications. Project 202 -<br />
Surface Preservation Coatings to Enable<br />
Versatile Metal Particle Deposition and<br />
Sintering, is studying the use of selfassembled<br />
monolayer (SAM) coatings to act<br />
as oxidation-preventing sintering aids for<br />
metallic particles - with sizes ranging from<br />
micro to nano scale.<br />
The related Project 256 - Nano Particle<br />
Preservation and Stabilisation for Large<br />
Volume Production, aims to functionalise<br />
the surfaces of nano particles derived from<br />
a high volume manufacturing process.<br />
In addition, methods of applying organic<br />
coatings to the surfaces will be determined<br />
and their properties investigated.<br />
Project 235 - Rapid Manufacturing IMRC<br />
knowledge Transfer has been focussed on<br />
the expansion of the Rapid Manufacturing<br />
(RM) Consortium, which acts as a<br />
dissemination point for the world-class<br />
research being undertaken in the field of<br />
RM at <strong>Loughborough</strong>. The expansion of the<br />
consortium, with a membership base of<br />
internationally recognised market leaders<br />
in manufacturing, has provided a platform<br />
to augment the world-leading position of<br />
the Rapid Manufacturing Research Group<br />
(RMRG) and significantly contribute to<br />
EPSRC’s metrics.<br />
Project 250 – Rapid Manufacturing<br />
Materials Alliance: knowledge Transfer<br />
is providing Knowledge Transfer (KT) of<br />
the materials properties data generated<br />
through past research activities and new<br />
data generated through the newly formed<br />
‘Rapid Manufacturing Materials Alliance’.<br />
This has specifically focussed on long-term<br />
ageing data for laser-sintering materials,<br />
which was provided for the project partner,<br />
enabling it to facilitate improved delivery<br />
to its clients and the development of new,<br />
improved products.<br />
Project 285 - Development of a Novel<br />
Integrated Large Area Pressure Pad for harsh<br />
Environments aims to research, design,<br />
implement and evaluate a novel pressure<br />
recording system suitable for analysing the<br />
starting and turning performance of elite<br />
swimmers. This work has predominantly<br />
been focussed on the integration of the<br />
pressure system into a complete swimming<br />
performance monitoring system, which<br />
has already provided initial performance<br />
evaluation information on the turns of elite<br />
swimmers.<br />
The aim of Project 304 - Adaptab(ling):<br />
Extending the Life of our Built Environment,<br />
is to gain insights into buildings as a whole<br />
- not just whole in space, but as whole in<br />
time. This pilot project will take advantage<br />
of a range of expertise to provide a holistic<br />
understanding of how buildings perform,<br />
with the overall intent of increasing their<br />
capacity to accommodate change.<br />
Construction provides an especially<br />
challenging sector to identify and foster<br />
innovative practice. Project 307 - The Role<br />
of objects in Building Design is investigating<br />
the ways in which innovation occurs within<br />
the building design process, specifically<br />
the increasing use of pre-configured and<br />
modularized, building components.