EMRP Connections

I want to take part in
Dimensional characterisation of functional
structured surfaces
Who else wants to take part in
Dimensional characterisation of functional
structured surfaces ?

Read about the selected research topic. SRT05i Dimensional characterisation of functional structured surfaces

Contact Info

Family name:		First name:
Institute name:		Country:
Email:

E-mail me when others submit an interest in this project

Joint Research Project Participation

is your organisation an NMI/DI of an EMRP participating country Yes / No

please state below the capabilities and facilities that your organisation can offer to the project: (either as a contractual partner or a collaborator)

You have 1000 characters left.

Researcher Excellence Grant Participation

		I am a researcher
		I am representing a home organisation

Please state below your experiences relevant to the project:

You have 1000 characters left.

Ensure the box above states your capabilities/facilities.

Click to refresh (do not use the browser refresh!)
Note: Only a summary of the data is shown in the table below.

Export ALL data to CSV
(suitable for viewing in Excel)

Submit Date	Name	Institute	Statement of capabilities/facilities	Statement of researcher experience
2010-08-11	Maria Fernanda Saraiva	Instituto Portugu�s da Qualidade	Characterization and calibration of test samples using stylus techniques, and staristical evaluation of the comparison characterization results.
2010-08-11	Maria Fernanda Saraiva	Instituto Portugu�s da Qualidade	Characterization and calibration of test samples using stylus techniques, and staristical evaluation of the comparison characterization results.
2010-08-06	Henny Spaan	IBS Precision Engineering	IBS Precision Engineering intends to participate as a collaborator in this project. IBS offers to contribute to the R&D with the Isara 400 offering the possibility to perform traceable surface measurements over an area of 400 x 400 mm in a cleanroom environment.
2010-07-15	Nick Orchard	Rolls-Royce plc	Rolls-Royce has an interest in developing improvements to the way that engineering surfaces are defined and measured. We can provide industrial expertise in the engineering requirements for different types of surface, for example high performance bearings and aerofoils. We can provide samples of typical current components, and also offer facilities for testing new surfaces and measurement methods.
2010-07-06	Paul Scott	University of Huddersfield	The University of Huddersfield has a nano-laboratory which contains areal surface texture, form (roundness), AFM, CCI, and CMM instruments. We have developed the mathematical foundations, definitions, algorithms, and commercial code for new areal surface texture characterisation techniques. We have a well estabished Centre for Industrial Collaboration; thus we have large experience dealing with industrial problems in surface texture and other GPS problems.	I have over thirty years experience developing the mathematics for specifying and characterising geometrical products (i.e. products defined by their geometrical size, shape, and texture) through measurement of their geometry at all scales. By taking a fundamental, more philosophical approach to the mathematics of geometrical products and the realisation that all areas of mathematics have potential utility, many new concepts and ideas have been produced: including a mathematical definition for the stability of algorithms for metrology. I am heavily involved with the international standardisation of GPS, being convenor of two groups within ISO TC213, I have writen the ISO standards on areal surface texture. I was instrumental in the developement of the feature parameters based on pattern analysis; developing the basic mathematical definitions to commercial code.
2010-07-03	Richard Leach	NPL	Metrology research and infrastructure
2010-07-02	paul rubert	rubert + co. ltd.	measurement of surface finish down to 10 nm height; manufacture of surface replicas by the method of electroforming in nickel;
2010-07-02	Bj�rn Hemming	MIKES	Design and realisation of 3D surface artefacts. Comparison of the characterization result of developed artefacts with stylus and chromatic confical techniques. Contacts with finnish partners and collaborators in end-user community.
2010-06-25	Emilio PRIETO	Centro Espa�ol de Metrologia (CEM)	calibration of amplification standards (step height & grooves). Surface characterization by contact (stylus) and optical (interferometric & holographic) techniques.