Category / Technology & Design

Sustainable Design Research Centre: Research Seminar

PG research

Title – Understanding the corrosion of archaeological iron to better manage its conservation

Date:  Wednesday   12-03-2014

Start: 12:00 Finish: 12:30

Venue: PG 22 (Poole House)

Abstract – Worldwide there are millions of archaeological iron objects stored in museums. Most are inherently unstable, with their chloride content being cited as being the main corrosion driver in conjunction with relative humidity. Attempts to prevent their corrosion are time consuming and costly, with limited numbers of evidence-based conservation options available to managers. The talk reports work examining relationships between chloride and relative humidity for archaeological iron. The outcomes of the study are discussed in relation to their potential for developing new approaches to managing preservation of the archaeological iron heritage.

The above seminar will be delivered by Professor David Watkinson. He is Head of Conservation at Cardiff University, where he teaches undergraduate and post-graduate conservation students and directs conservation research. The Cardiff University ferrous metals research group is quantifying the corrosion rate of archaeological iron and evaluating desalination treatments, as well as carrying out studies to quantify the performance of protective coatings for heritage wrought iron and steels. David’s corrosion research underpinned the design for the desiccated storage of Brunel’s iconic steamship ss Great Britain and in 2010 he was awarded the Plowden Medal for innovative research and services to conservation.

All BU staff and students, who have interest in this area in terms of research and education, are invited to this research seminar. Please feel free to forward this invitation to your external contacts who might have interest in corrosion, conservation, structural integrity and related area.

These seminars are organised by the University Sustainable Design Research Centre in the Faculty of Science & Technology to provide a platform for disseminating latest research activities and results. These seminars are good opportunity of networking for both BU staff and students.

If you would like further information on research activities in corrosion, corrosion simulation and corrosion monitoring please visit SDRC webpage. For any specific inquiries please contact

Dr Zulfiqar Khan (Associate Professor)

Director Sustainable Design Research Centre

Bournemouth Research Chronicle

Research themes

The third edition of the Bournemouth Research Chronicle (BRC) is now published. Thank you very much to everyone who contributed.

Front cover of the BRC

This is a glossy ‘coffee table’ magazine with some lovely images.  It is aimed at peer researchers and research collaborators, prospective funders and (perhaps most importantly) research users such businesses, government organisations, policy makers and charities.

We all know that communication is an integral part of the link between research and societal impact and this magazine is a great way to get the message heard by the right people.

Content is presented through BU’s eight research themes. This edition provides a snapshot of some of the work BU submitted to the Research Excellence Framework (REF) 2014. In particular it focuses on the societal impact of our research, which forms a key part of REF2014.

 

DistributionInside cover of the BRC

Every BU academic will receive a copy of the BRC. My colleagues and I will be in the Atrium, Poole House on Tuesday and Thursday next week with a large stash so do pop along, say hello and pick up yours. Otherwise, we’ll put it in the internal post for you.

Throughout January I’ll be sending the BRC to an extensive list of research users, including policy makers, community figures, opinion leaders, businesses and journalists. I will be providing a supply to each School so please do send it to your contacts, collaborators, peers, prospective funders, industry partners or anyone else who has an interest in BU’s research.

R&KEO will keep a larger stock of the BRC. If you would like copies for an event or conference then email me (Sally Gates – Editor) to arrange a delivery.

Thank you again to everyone who contributed and happy reading!

Sustainable Design Research Centre (SDRC) – Research Seminar

PG research

Title

RESEARCH AND DEVELOPMENT IN NOVEL ALTERNATIVE RENEWABLE ENERGY TECHNOLOGY

Sustainable Design Research Centre (SDRC) – Research Seminar

Date: Wednesday 8th Jan

Venue: P 406

Time: 12:00 – 12:30

 

Abstract

Renewable Technology is a BU recognised sub-theme within Technology & Design. SDRC has significant portfolio of research within Renewable Technology, this include Cross-Channel Consortium in Mechanical Current Turbine (MCT) research , working closely with community interest groups such as Poole Tidal Energy Partnership in Tidal Energy, final year design projects in Tidal Energy, Heat Pumps & Retro-Fitted Micro Wind Turbines & cross-school activity within Fusion initiative.

Fossil fuels have become the main energy source for human after the Industrial Revolution. However, with ever-increasing energy consumption, they are not sustainable in terms of their finite reserves, environmental implications and contributions to climate change. Within the Energy 2020A strategy for competitive, sustainable and secure energy, the EU and UK have together set a mutual objective to generate renewable energy as 20% of the total energy supply by 2020, for further details please click here. The current research aims to develop low cost renewable technology systems with competitive efficiency and readily adaptable systems both for domestic and commercial applications. In this seminar, the study will present the project background and experimental methodology employed for recording thermodynamic attributes of the solar thermal system to be used in mathematical analyses. The presentation will also present some results and engineering design of key components for improving the overall thermal efficiency of the solar thermal system.

Biography

Bruce Wen is currently conducting research as a PhD student. This research project is fully funded by Future Energy Source Ltd [Dr Zulfiqar Khan PI]. The proposed programme is a direct response to the needs of developing novel alternative renewable technology solutions capable of converting solar energy into useful clean energy. Bruce has participated in the DEC PGR conference and currently planning to present at the BU Graduate School Annual Conference this month.

If you have interest in this research area or would like further information then please contact

Dr Zulfiqar Khan (Associate Professor)

Director SDRC

Email: zkhan@bournemouth.ac.uk

Service Computing Seminar: Servicing Big Data

Fusion

As part of the Service Computing Seminar (SCS) project, funded by Bournemouth University Fusion Investment Fund, we would like to invite you to the Service Computing Seminar

Title: Servicing Big Data

Time: 14:00-16:00 Wednesday, 18 Dec. 2013

Venue: PG143 (Thomas Hardy Suite, Talbot Campus)

Speaker: Prof. Athman Bouguettaya, Head of School of Computer Science and Information Technology at RMIT University, Melbourne, Australia

 

Abstract

Big data is here and in a big way.  Big data is coming from all sorts of sources and means, including sensors, deep space, social media, smartphones, genomic, etc.  The cloud has been instrumental supporting the storage and processing of the ever increasing amount of data.  “Domesticating” the data, i.e., making it useful, however, has been a major challenge.  Service computing is the next major evolution of computing that aims at transforming massive data into artefacts that are acted upon, i.e., services. Service computing is increasingly being recognized as part of a broader agenda in Service Science. In that respect, service computing may be viewed as the “engineering” side of service science. Service computing broadly focuses at providing a foundational framework to support a service-centric view of designing, developing, and exposing data (and applications), whether it is in the enterprise or on the Web. In that respect, the Web is and will undoubtedly be the preferred delivery platform of service-based solutions. More specifically, Web services are currently without contest the key enabler for deploying service-centric solutions. Fully delivering on the potential of next-generation Web services requires building a foundation that would provide a sound design for efficiently developing, deploying, publishing, discovering, composing, trusting, and optimizing access to Web services in an open, competitive, untrustworthy, and highly dynamic environment. The Web service foundation is the key catalyst for the development of a uniform framework called Web Service Management System (WSMS). In this novel framework, Web services are treated as first-class objects. In this talk, I will first motivate the need for a uniform service management to service big data. I will then overview the core components of a typical WSMS. I will conclude by describing our latest research servicing sensor data.

 

Short Bio

Athman Bouguettaya is Professor and Head of School of Computer Science and Information Technology at RMIT University, Melbourne, Australia. He received his PhD in Computer Science from the University of Colorado at Boulder (USA) in 1992.  He was previously Science Leader in Service Computing at CSIRO ICT Centre, Canberra. Australia. Before that, he was a tenured faculty member and Program director in the Computer Science department at Virginia Polytechnic Institute and State University (commonly known as Virginia Tech) (USA).  He is a founding member and past President of the Service Science Society, a non-profit organization that aims at forming a community of service scientists for the advancement of service science. He is on the editorial boards of several journals including, the IEEE Transactions on Services Computing, ACM Transactions on Internet Technology, the International Journal on Next Generation Computing, VLDB Journal, Distributed and Parallel Databases Journal, and the International Journal of Cooperative Information Systems. He is also on the editorial board of the Springer-Verlag book series on Services Science.  He served as a guest editor of a number of special issues including the special issue of the ACM Transactions on Internet Technology on Semantic Web services, a special issue the IEEE Transactions on Services Computing on Service Query Models, and a special issue of IEEE Internet Computing on Database Technology on the Web. He served as a Program Chair of the 2012 International Conference on Web and Information System Engineering, the 2009 and 2010 Australasian Database Conference, 2008 International Conference on Service Oriented Computing (ICSOC) and the IEEE RIDE Workshop on Web Services for E-Commerce and E-Government (RIDE-WS-ECEG’04). He has published more than 170 books, book chapters, and articles in journals and conferences in the area of databases and service computing (e.g., the IEEE Transactions on Knowledge and Data Engineering, the ACM Transactions on the Web, WWW Journal, VLDB Journal, SIGMOD, ICDE, VLDB, and EDBT). He was the recipient of several federally competitive grants in Australia (e.g., ARC) and the US (e.g., NSF, NIH). He is a Fellow of the IEEE and a Distinguished Scientist of the ACM.

Cyber Security Seminars: Suggestions for Speakers and Topics

If you have been following my previous posts then you will know that today is the final Cyber Security Seminar for this semester.  We hope you have found the seminar series interesting so far.

We are currently planning the seminars for next semester.  Please get in touch if you have suggestions for potential speakers, or topics you would like to hear more about. Although the budget we have available is modest, we will do our best to accommodate your suggestions.

SDRC New Research/Education Resource

PG research

SDRC has added a new fluid property research and education resource to its experimental lab. This resource will be deployed in the current on-going research in renewable technology and coupled with the MEng/BEng Level I thermodynamics & heat transfer unit. This will provide opportunity to realise BU Fusion initiative through research informed education.

Description

The F1-30 Fluid Property Apparatus is part of the Engineering Teaching & Research Equipment in SDRC. It consists of a collection of components that demonstrate individual fluid properties:

  • Density and relative density (specific gravity)
  • Viscosity
  • Capillarity – capillary elevation between flat plates and in circular tubes
  • Buoyancy (Archimedes principle)
  • Atmospheric pressure

For education purpose, it can introduce students a clear understanding about the physical properties of fluids that can build the foundation for them to study the behaviour of fluids in static or dynamic applications.

For research purpose, it allows bench tests to be performed for measuring physical properties of fluids from a wide range of applications.

Measuring Capabilities

  • Measuring fluid density and relative density (specific gravity) of a liquid using a universal hydrometer
  • Measuring fluid viscosity using a falling sphere viscometer
  • Measuring fluid density and relative density (specific gravity) of a liquid using a pycnometer (density bottle)
  • Observing the effect of capillary elevation between flat plates
  • Measuring the effect of capillary elevation inside capillary tubes
  • Verifying Archimedes principle using a brass bucket & cylinder with a lever balance
  • Measuring atmospheric pressure using an aneroid barometer

If you would like to know more about the research and education activities within the SDRC themes please contact

Dr Zulfiqar Khan (Associate Professor)

Email: zkhan@bournemouth.ac.uk

Cyber Security Seminar: Approaching the Measurement of User Security Behaviour in Organisations

Our final Interdisciplinary Cyber Security Seminar this semester will take place on Tuesday, 10th December at 5pm. The seminar will take place in EB202 in the Executive Business Centre, and will be free and open to all. If you would like to attend, please register at https://www.eventbrite.co.uk/e/interdisciplinary-seminar-in-cyber-security-tickets-9688353125

Our speaker will be Dr. Simon Parkin from UCL. Simon is a Senior Research Associate in the Information Security group at University College London, contributing to the Productive Security project within the Research Institute in the Science of Cyber Security (RISCS). He was previously a member of the Innovation Team at Hewlett Packard Enterprise Security Services (HP ESS) until mid-2012. From 2007 to 2011, Simon was a Postdoctoral Research Associate in the School of Computing Science at Newcastle University, where he also obtained his PhD. His research interests include: IT-security policy management metrics, models and tools; holistic IT-security management principles, and; IT-security risk management approaches and knowledge formalisation.

Abstract: Individuals working within organisations must complete their tasks, and are often expected to do so using secured IT systems. There can be times when the expectations for productivity and security are in competition, and so how would an organisation measure the outcomes in practice? We will review a series of interdisciplinary research efforts that characterise the human factor in IT-security within large organisations, as part of a holistic view of security. There are furthermore a variety of modelling approaches and frameworks that have emerged and informed this view. We will consider the challenges that remain in affording measurement of the human factor in IT-security within organisations, and some of the changes that are required for such activities to be sustainable and effective.

Sustainable Design Research Centre: nano-coating experimental resource

BU’s Sustainable Design Research Centre has recently added nano-coating experimental resource to its labs

Schaeffler is match funding a PhD studentship (£24K plus £41K in kind) looking into Electroplated composite coatings with incorporated nano particles for tribological systems with a focus on water lubrication. Schaeffler develops and manufactures precision products for machines, equipment, vehicles and aerospace applications. Schaeffler is a leading manufacturer of bearings worldwide and a renowned supplier to the  automotive industry.

This research lies within the Sustainable Design Research Centre’s Tribology theme. This research aims to understand friction, wear, and corrosion performance of electroplated nano-composite coatings especially with special focus in water lubricated mechanical components. These issues are of significant importance in terms of industrial applications. The proposed project will enhance reliability, durability and life cycle issues while incorporating sustainability aspects.

In order to carry this research forward SDRC has recently added a nano-coating facility to its leading research labs in Tribology, Corrosion, Nano-Coatings, Renewable Technology (Thermodynamics & Heat Transfer) and Sustainable Design.

General specifications of the new addition are provided here.

Control Interface

  • The MicroStar control interface features a fully-programmable microprocessor. Menus are accessible to set ampere time, real-time cycles, output tolerance settings and more. Standard features include:
    • Real Time Cycle Control
    • Ampere Time Cycle Control
    • Ampere Time Totalizer
    • Error signals for over-temperature, locked fan rotor, output out-of-tolerance and power failure/brownout conditions
    • Calibration capability through the control interface
  • Digital input for inhibit/operator control
  • FrontPanel+ Host Control Program for process set-up generation and process storage/data logging
  • RS485 and USB prots for serial control

Straight DC and Choice of Low Frequency Pulse or High Frequency Pulse Output

  • High Frequency Pulse (0-5000 Hz)
    • 0 – 40 volts average (DC) or peak (pulsed) voltage
    • 0 – 250 amps average current (or maximum DC current)
    • 10 – 400 amps peak (pulsed) current
  • Low Frequency Pulse (0-200 Hz)
    • DC to 200 Hz pulses (at an 80% duty cycle)
    • Minimum Pulse Width:  4 milliseconds ON, 1 millisecond OFF (80% duty cycle)
    • Typical Pulse Rise Time:   Less than 1500 milliseconds
    • Typical Pulse Fall Time:     Less than 1000 millisecond

If you have interests in this resource, research area or would like to know more about the research activities within SDRC please do contact.

Dr Zulfiqar Khan (Associate Professor)

Director SDRC

email: zkhan@bournemouth.ac.uk

Cyber Security Seminar: Shiny Expensive Things: The Global Problem of Mobile Phone Theft (David Rogers, Copper Horse)

Our next Interdisciplinary Cyber Security Seminar will take place on Tuesday, 3rd December at 5pm. Our seminars are approachable, and require nothing more than a general interest in security, and an enquiring mind.

Our speaker will be David Rogers, who is Founder and Director of Copper Horse Solutions Ltd: a software and security company based in Windsor, UK. Alongside this he teaches the Mobile Systems Security course at the University of Oxford and Chairs the Device Security Steering Group at the GSM Association. He has worked in the mobile industry for over 14 years in security and engineering roles. Prior to this he worked in the semiconductor industry. David’s articles and comments on mobile security topics have been regularly covered by the media worldwide including The Guardian, The Wall Street Journal and Sophos’ Naked Security blog. His book ‘Mobile Security: A Guide for Users’ was published in 2013. David holds an MSc in Software Engineering from the University of Oxford and a HND in Mechatronics from the University of Teesside.

Abstract: Technology in mobile devices is continuing to advance at an incredible rate, but some of the old security themes continue to persist, mobile phone theft being one of them. This talk looks at the topic of mobile phone theft and what industry’s role has been in helping to prevent it and whether that has been entirely successful. The talk looks at what could happen next and whether it is possible to standardise usable anti-theft mechanisms within devices. It will also look at technologies such as biometrics for access control and whether Police and Government actions have been adequate in dealing with the modus operandi of thieves and fencers of stolen phones.

The seminar will take place in EB202 in the Executive Business Centre, and will be free and open to all. If you would like to attend, please register at http://www.eventbrite.co.uk/e/interdisciplinary-seminar-in-cyber-security-tickets-9564165677

Epidural simulator wins Institution of Engineering and Technology Innovation Award

A medical device developed by Bournemouth University (BU) and Poole Hospital to make epidural injections safer and more effective has received a prestigious innovation award.
 
The epidural simulator uses software to predict where a patient’s epidural space will be, and helps doctors electronically measure the loss of pressure that occurs when they reach the space, to prevent errors.
 
The project won the Information Technology category at the Institution of Engineering and Technology (IET) Innovation Awards, which received more than 400 entries from over 30 countries.
Dr Venky Dubey, PhD student Neil Vaughan, and awards host and former Apprentice winner Tim Campbell.

L-R: Dr Venky Dubey, PhD student Neil Vaughan, and awards host and former Apprentice winner Tim Campbell.

“We knew that our project is unique as it blends engineering expertise and knowledge of clinicians directly dealing with the problems in their day to day care,” said Dr Venky Dubey, Associate Professor in Research at BU, who is leading the epidural simulator project alongside PhD student Neil Vaughan and Dr Michael Wee and Dr Richard Isaacs from Poole Hospital.
 
“We have done this several times in the past, competing with international institutions of repute like MIT and Harvard, but what is unbelievable this time is that we have won it against giant companies vying for this coveted award.
 
“Honestly, we are shocked to have won this award. It’s like winning a Technological Oscar for our hard work”.  
 
He added: “This clearly shows that there is a technology gap in patient care for epidurals and the associated safety issues. This award recognises our innovative approach that has the potential to reduce patient injury and improve training experience of anaesthetists.”
 
The IET Innovation Awards celebrate the best innovations in science, technology and engineering. The ceremony took place at The Brewery, in London last week.
 
The judging panel for the Information Technology category, in which the epidural simulator was named winner, said: “The standard for the IT Category is always high and this year was no exception. The 2013 winning entry provides an innovative training solution to teach the epidural procedure to medical practitioners.”

Corrosion Experimental Techniques to Simulate Operating Conditions

Bournemouth University’s Sustainable Design Research Centre has recently added stat-of-the-art Temperate-Humidity Environmental Chamber (THEC) to its resources, which has the ability to configure the resistance capabilities of various materials and coatings against environmental influences of temperature combined with humidity.

THEC provides facility to conduct corrosion simulation to investigate the durability of coatings and metal alloys subject to extreme operating conditions, in addition the susceptibility of components to corrosion that will eventually lead to malfunction. These simulated corrosion experiments monitor effectiveness of various materials under varying environmental conditions at an early stage to avoid catastrophic failures. These results inform prediction techniques to deploy to assess failure mechanisms and useful life of various structures, components and systems.

THEC has a temperature range of -40°C (aerospace applications) to +180°C (process industries applications) and from 0 (dry) to 100 (wet) Relative Humidity (%age). The test chamber can accommodate test samples of 350(W) x 300(D) x 310(H) mm. The chamber has vast applications when it comes to analyse the durability of coatings and strength of materials not only for daily life domestic products but also in aerospace and automotive industries. The chamber can also be used to analyse the safe working conditions for various electronic components and in Renewable Technology applications.

Environmental simulation is analysed through a PC interface using specialist analytical tool which enables to further optimise the utilisation of environmental testing systems, e.g. deployed in various research & development programmes, production and quality assurance. The operation of both the chamber and analytical tool provides opportunities of time and cost savings for the industry. Evaluation and documentation of various test cycles helps to evaluate the performance of vast variety of industrial products and other applications.

SDRC capabilities in experimental and modelling techniques to predict useful life of components, structures & systems subject to corrosion has the potential to inform design for durability and reliability.

If you would like further or specific information in this subject please contact

 

Dr Zulfiqar Khan (Associate Professor)

Director SDRC

Email: zkhan@bournemouth.ac.uk

 

 

 

Research website training sessions

Training

On Monday many of you will have seen Rebecca Edwards’ blog post giving more information about the new research website. It explains why BU is developing it, when the site will be live, how it will work and addresses some frequently asked questions that have cropped up in discussions.

If you missed this post you can view it here.

The new website will have a host of additional features, making it easier for you to update and add your own content. It provides a considerably improved platform for integrating a wider variety of content, such as image galleries and videos.

Research website screengrabTraining sessions are taking place over the next two months. You can book a session online or contact Rebecca Edwards for more information.

Using the website is surprisingly easy and in the sessions you’ll learn how to upload, edit and tag content. Rather than carrying out training sessions with ‘dummy’ test material, we would like to use the time for you to upload relevant content to your research theme.

We’d be grateful if you could please have something available that you can upload during the training session. Examples could include:

–          New or recent images

–          Videos

–          Details of a new research project

–          Details of successful grant applications

–          A profile of a post graduate researcher

–          Information about planned or recent public engagement activity

Rebecca Edwards or I will be happy to answer any questions in the meantime, so do get in touch. We look forward to seeing you at one of the training sessions.

Can We Sell Security Like Soap? A New Approach to Behaviour Change

Our next Interdisciplinary Cyber Security Seminar will take place on Tuesday, 19th November at 5pm. Our seminars are approachable, and require nothing more than a general interest in security, and an enquiring mind.

Our speaker will be Debi Ashenden, who is a Reader in Cyber Security and Head of the Centre for Cyber Security and Information Assurance at Cranfield University, based at the Defence Academy of the UK, Shrivenham. Prior to taking up her post at Cranfield University she was Managing Consultant within QinetiQ’s Trusted Information Management Dept (formerly DERA). She has been working in cyber security since 1998 and specialises in the social and behavioural aspects of cyber security. Her research is built on a socio-technical vision of cyber security that sees people as solutions rather than as the problem. Debi is the co-author of, ‘Risk Management for Computer Security: Protecting Your Network and Information Assets’, Butterworth Heinneman (2004).

Talk Abstract: Many organisations run security awareness programmes with the aim of improving end user behaviours around information security. Yet behavioural research tells us that raising awareness will not necessarily lead to behaviour change. This talk examines the challenge of changing end user behaviour and puts forward social marketing as a new paradigm. Social marketing is a proven framework for achieving behavioural change and has traditionally been used in health care interventions, although there is an increasing recognition that it could be successfully applied to a broader range of behaviour change issues. It has yet to be applied however, to information security in an organisational context. This talk will explore the social marketing framework in relation to information security behavioural change and highlight the key challenges that this approach poses for information security managers. We conclude with suggestions for future research.

The seminar will take place in EB202 in the Executive Business Centre, and will be free and open to all. If you would like to attend, we encourage you to register at http://www.eventbrite.co.uk/e/interdisciplinary-seminar-in-cyber-security-tickets-9336229915

Sustainable Design Research Centre – Research Seminar

PG research

Wednesday   20-11-2013

Room:   P302 LT (Poole House, Talbot Campus)

Start: 12:00 Finish: 13:00

APPLICATIONS OF CORROSION MODELLING IN THE PETROLEUM, DEFENCE AND AEROSPACE INDUSTRIES

There have been major developments in computer modelling of galvanic corrosion processes over the last twenty years which have resulted in modelling being widely used to simulate the performance of cathodic protection systems which are used to protect structures from corrosion both offshore and onshore. These physics based models represent the electrode kinetics on the metallic surfaces as well as the current flow through the electrolyte. In recent years similar technology has been developed to simulate galvanic corrosion between dissimilar metals in structures which are exposed to thin electrolyte films. For example aircraft and automobiles subject to humid atmospheres and splashing of de-icing fluids.

The work will present applications of the modelling technology in the Oil & Gas industry and describe recent developments in modelling aircraft structures.

The above work will be presented by Professor Carlos A. Brebbia and Dr Robert A Adey, external speakers from the Wessex Institute of Technology.

Professor Carlos Brebbia is Director of the Wessex Institute. After obtaining his PhD at Southampton, he worked at a major UK Research Laboratory before taking an academic appointment at Southampton University where he rose from Lecturer to Senior Lecturer and Reader.  During his time at Southampton he took leave to become Visiting Professor at many other universities, including Princeton. After having been appointed full Professor of Engineering at the University of California, Irvine, he decided to return to the UK to set up the Wessex Institute in the New Forest.

Professor Brebbia is renowned throughout the world as the originator of the Boundary Element Method, a technique that continues to generate important research work at the Wessex Institute.  He has written numerous scientific papers and is author or co-author of 14 technical books and editor or co-editor of more than 400 volumes. He is also Editor of several journals.

Carlos’ interests span from the analysis of advanced structures such as shells to the modelling of environmental problems, dealing with a wide variety of methodologies.  His most recent efforts have been concentrated on the development of Wessex Institute as an international centre of excellence.

Dr Robert A Adey (Bob) is Director Strategic Development at C M BEASY Ltd.  He has a PhD and MSc from Southampton University. UK.  He has over twenty years’ experience in the development and application of computer modelling software for corrosion and CP applications in the Oil & Gas, Defence and Aerospace industry. He is currently manages BEASY Collaborative R&D projects and major engineering services projects.

INTRODUCTION TO THE WESSEX INSTITUTE

Brief description of the objectives of Wessex Institute as a knowledge transfer organisation. This includes work in the field of computational modelling with a wide variety of applications, training and scientific meetings organisation, and the publication of scientific and technical literature.

 Wessex Institute collaborates with many institutions around the world and acts as a focus for the dissemination of the latest advances in a variety of fields.

If you have any questions or would like to know more about this seminar or any general inquires about research, enterprise or professional practice activities within Sustainable Design Research Centre please contact:

Dr Zulfiqar Khan (Associate Professor)

Director SDRC

e-mail: zkhan@bournemouth.ac.uk