Posts By / Iakovos

The impact of sustainable tribology

I authored a paper with colleagues from the General Engineering (Unit of Assessment 15), including Prof. M. Hadfield, Dr. B. Thomas, S. Martinez Noya, and our research sponsors Mr. I. Hensaw (Energetix Group PLC) and Mr. S. Austen (RNLI). The publication is titled “Future Perspectives on Sustainable Tribology” and was submitted to Renewable and Sustainable Energy Reviews Journal. It has recently been accepted (22 Feb 2012) for publication. The article is the result of a two-month support for impact (REF) exercise which took place last summer (June-July 2011) and was sponsored by the Research Development Unit (R&KEO) of Bournemouth University.

The interesting fact about the article is that the particular journal of Renewable and Sustainable Energy Reviews has an impact factor of 5.367 (last five years) and is 9th out of 2009 Engineering Journals Worldwide (according to 2011 impact factor rankings) while its overall Ranking Worldwide among any Journal Indexed on Scopus is 268 out of 18854 Journals.

I would like to post this success on the Research Blog in order to show that support for impact at least in my case was worthwhile as it triggered my interest to write this “impact” paper with colleagues from Sustainable Design Research Centre (SDRC). The paper highlights the future perspectives of Sustainable Tribology by examining the economic, environmental and social impact of three tribological case studies worldwide. Each case study highlights one aspect of a number of ongoing interlinking research strands developed by the SDRC at Bournemouth University. The importance of Environmental Engineering through Sustainable Tribology solutions in our epoch is emphasized, showing that sustainability can be achieved to a significant extent through effective sustainable and environmental friendly engineering solutions, stimulating sustainable development and providing stability to our world embracing an anthropocentric and viable growth to our societies through effective sustainable solutions (figure 1).

To conclude, I would like to thank all the co-authors for their valuable help and contribution to the specific article while I would also like to express my regards to Prof. Mark Hadfield for the position he offered to me as a research assistant for REF support during that period and for his valuable guidance. I strongly believe it was a really beneficial project for myself as well as for Bournemouth University.

 

 

My EUNF Success

The aim of the specific EU Network Fund is to create a strong link and to provide support for the development of large-scale, complex, inter/multi-disciplinary collaborative research activities leading to external funding between the Sustainable Design Research Centre (SDRC) at Bournemouth University (BU), the Tribological Department of Tekniker inBilbao,Spainand the Democritus University (DU) inGreece. The objective of this network activity is to establish a consortium of appropriate academic and industrial partners in order to develop a research application related with the sustainable development and durability of low friction PTFE composites used for industrial, aeronautical and aerospace applications.

An action plan (funding body choice, application process, role of its party, experimental techniques etc.) which will clearly define the steps and priorities for the completion of a major European research funding application will be developed. The plan will consist of regular meetings during the project period (March-August 2012) with the research team at Tekniker and DU, discussing the current research and industrial issues associated with using PTFE materials and ensuring that ideas, suggestions and innovations will be effectively presented with the application, while methods and strategies will be properly followed by all the parties. Methods require the innovative research concept to be implemented to a robust practical methodology scheme. Additionally Dr. Tzanakis will attend the well-known international conference of Tribology and Design whilst visitingDemocritusUniversityinGreecein order to gain further industrial partners and improve networking.

The Network Fund will massively support this potential collaboration among BU, DU and Tekniker allowing the parties to work efficiently towards the completion of a major European research funding application. The nature of the project is novel, realistic and would be highly applicable within many technological, design and manufacturing domains. BU will be the leader partner for the project application while the international exposure for BU research activities within DEC will be significantly increased.