Åsa Kassman Rudolphi
Universitetslektor , Docent vid Institutionen för materialvetenskap; Tillämpad materialvetenskap
- Mobiltelefon:
- 070-425 05 11
- E-post:
- asa.kassman@angstrom.uu.se
- Besöksadress:
- Ångströmlaboratoriet, Lägerhyddsvägen 1
- Postadress:
- Box 35
751 03 UPPSALA
Prefekt vid Institutionen för materialvetenskap; Administration och service
- Mobiltelefon:
- 070-425 05 11
- E-post:
- asa.kassman@angstrom.uu.se
- Besöksadress:
- Ångströmlaboratoriet, Lägerhyddsvägen 1
- Postadress:
- Box 35
751 03 Uppsala
- Akademiska meriter:
- TeknD, Docent i teknisk fysik med inriktning mot materialvetenskap
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Kort presentation
Prefekt för Institutionen för materialvetenskap, sedan januari 2020. Under 2019 prefekt för Inst. för teknikvetenskaper.
Docent i materialvetenskap. Forskar inom tribologi, inriktat mot friktions- och nötningsmekanismer utifrån ett materialvetenskapligt perspektiv. Projekt rörande polymera material och sinterstål för tribologiska tillämpningar, samt elektriska kontaktmaterial och fettsmorda kontakter. Huvudhandledare för två doktorander.
Biografi
Denna text finns inte på svenska, därför visas den engelska versionen.
I hold a position as associate professor (universitetslektor) at the Departement of Materials Science and Engineering. I got a Master of Science in Engineering Physics (Civilingenjörsexamen, Teknisk fysik) 1988, a PhD in Materials Science (Teknologie doktorsexamen) 1996, and was appointed Docent in Engineering Science, with specialization in Materials Science, 2007. All at Uppsala University.
Since January 2020 I'm appointed Head of the Department of Materials Science and Engineering (http://teknik.uu.se). During 2019 Head of Dept. of Engineering Sciences.
My field of research is tribology, with focus on friction and wear mechanisms, and based on materials science and engineering. The work includes e.g. design and interpretation of experimental studies, microscopy and analysis for friction and mechanism studies, and evaluation of new material solutions for different applications.
Until 2018 I have been teaching courses on different levels in materials engineering and in microscopy and materials analysis. I have also regularly been organizing and teaching courses for PhD students and a two-days course in SEM for industrial participants.
July 2014–June 2017 I was appointed Dean of education at the Faculty of Science and Technology. In this role I got a number of appointments, internal at Uppsala University, as well as external. During the period January 2012 to December 2016 I run a mobility project, mainly financed by Vinnova, where I worked 1 day per week at ABB Corporate Research in Västerås.
Publikationer
Senaste publikationer
- Strategies for revealing deformation and wear mechanisms of polymer composites by combining scanning electron microscopy, energy dispersive x‐ray spectroscopy and cross‐section techniques—Exemplified by glass fiber reinforced poly‐phenylene‐sulphide (2023)
- Crack initiation and early propagation in case hardened sintered PM steels under cyclic load (2022)
- Unraveling the lubrication mechanisms of lithium complex (LiX)- and polypropylene (PP)- thickened greases in fretting – Part II (2022)
- Unraveling the lubrication mechanisms of lithium complex (LiX)- and polypropylene (PP)- thickened greases in fretting – Part I (2022)
- Semi in-situ measurement of microstructural changes in PM steel during indentation (2021)
Alla publikationer
Artiklar
- Strategies for revealing deformation and wear mechanisms of polymer composites by combining scanning electron microscopy, energy dispersive x‐ray spectroscopy and cross‐section techniques—Exemplified by glass fiber reinforced poly‐phenylene‐sulphide (2023)
- Crack initiation and early propagation in case hardened sintered PM steels under cyclic load (2022)
- Unraveling the lubrication mechanisms of lithium complex (LiX)- and polypropylene (PP)- thickened greases in fretting – Part II (2022)
- Unraveling the lubrication mechanisms of lithium complex (LiX)- and polypropylene (PP)- thickened greases in fretting – Part I (2022)
- Grease-lubricated tribological contacts-Influence of graphite, graphene oxide and reduced graphene oxide as lubricating additives in lithium complex (LiX)- and polypropylene (PP)-thickened greases (2021)
- Tribological behaviour and transfer layer development of self-lubricating polymer composite bearing materials under long duration dry sliding against stainless steel (2021)
- Rolling fatigue life of PM steel with different porosity and surface finish (2019)
- Grease lubricated fretting of silver coated copper electrical contacts (2017)
- Friction and wear studies of some PEEK materials (2015)
- Growth and characterization of chromium carbide films deposited by high rate reactive magnetron sputtering for electrical contact applications (2014)
- The effect of lubrication on the friction performance in pneumatic clutch actuators (2014)
- Comparison of friction performance of four anodised aluminium surfaces for use in a clutch actuator (2014)
- Friction, wear and surface damage mechanisms of pneumatic clutch actuators (2013)
- Comparison of anodised aluminium surfaces from four fabrication methods (2012)
- Conductive nanocomposite ceramics as tribological and electrical contact materials (2010)
- Wear study of field worn clutch actuators and evaluation of a model test (2009)
- On the effect of surface topography and humidity on lubricated running-in of a carbon based coating (2006)
- The influence of surface roughness on friction and wear of machine element coatings (2003)
- Design of low weight components (2002)
- Load-carrying capacity of Ni-plated media in spherical indentation (2002)
- An experimental method for evaluation of the load carrying capacity of coated aluminium (2000)
- Mechanical and tribological properties of vapour deposited low friction coatings on Ni plated substrates (2000)
- Stationary loading, fretting and sliding of silver coated copper contacts (1997)
- On the use of ceramic PVD coatings to replace metallic coatings in electrical contacts. (1997)
- Tribologi i elektriska kontakter (1996)
- Gross plastic fretting - mechanical deterioration of silver coated electrical contacts. (1996)
- Gross plastic fretting - examination of the gross weld regime. (1996)
- Surface damage, adhesion and contact resistance of siler coated plated copper contacts subjected to fretting motion (1993)
- A new test method for the intrinsic abrasion resistance of thin coatings (1991)
- How TiN coatings improve the performance of high speed steel cutting tools. (1990)
- Enhancing silver through embedding of fullerene like WS2 for sliding electrical contacts
- Rolling contact fatigue of sintered PM steel with added nanopowder
- Surface and subsurface deformation of polyamide and poly-ether-ether-ketone composites sliding against steel cylinders
- Running-in ability of a carbon coating sliding against itself or steel in a lubricated contact
- Running-in ability of carbon coatings with different Cr-composition at the surface
Böcker
Konferenser
- Semi in-situ measurement of microstructural changes in PM steel during indentation (2021)
- Rolling Fatigue Life of PM Steel (2019)
- Pitfalls in environmental endurance testing of electrical connectors – problem overview and discussion (2018)
- Pitfalls in Environmental Endurance Testing of Electrical Connectors-Problem Overview and Discussion (2018)
- Experimental evaluation of contact stiffness and damping to sustain transients and resonances (2017)
- Grease lubricated fretting of silver coated copper electrical contacts (2017)
- Grease lubricated fretting - Influence of base oil viscosity and material combination (2017)
- Fretting behavior of PP grease lubricated PPS and PA composites (2017)
- Friction dissipation under tangential high freequency excitation (2017)
- Evaluation of dry friction solutions for industrial applications (2016)
- A test method for mapping the contact force limit of polymer materials in sliding contact (2016)
- Cross section microscopy studies of wear tested polymer composites (2016)
- Cross sections studies of polymer composites (2016)
- On the self-healing of silver contacts (2016)
- Effect of temperature on the performance of some polymer composites (2015)
- Friction and wear of PA66-PPA composites sliding against anodized aluminium cylinders (2015)
- Friction and wear studies of some PEEK materials (2014)
- Effect of PTFE on the tribological behaviour of PPS with glass fiber (2014)
- Understanding field experience of contact performance from lab fretting tests of model contacts (2013)
- Tribological requirements for selection of new materials for electrical connectors (2012)
- Frequency- and contact load dependency for pneumatic clutch actuators (2010)
- Wear tests of pneumatic cylinders of aluminium from permanent mould casting and extrusion (2009)
- On the wear of pneumatic clutch actuators (2008)
- Conductive nanocomposite ceramics as tribological and electrical contact materials (2008)
- Tribology of nanocomposite materials in electrical contacts (2007)
- Tribological surfaces of a pneumatic clutch actuator (2007)
- Vibration-induced deterioration of tin-coated conncetors studied by using a force controlled fretting bench-test (2005)
- Sliding wear and rolling contact fatigue of rough low friction coatings (2002)
- The influence of surface roughness on friction and wear of machine element coatings (2002)
- Tribological properties of brush plated coatings (2002)
- Investigations on electrical contacts subjected to fretting motion (2002)
- Friction, wear and electric properties of lubricated tin-coated contact terminals (2001)
- Fretting testing of electrical contacts at small displacement amplitudes (2000)
- Fretting degradation of PVD coated copper and aluminium (2000)
- Carbide-metal phase interpenetrated double skeleton microstructures (2000)
- The contact resistance of rolling silver coated copper contacts (1997)
- The role of gross plastic fretting in serviceability and deterioration of power contacts (1996)
- Conduction through corrosion films on silver plated copper in power contacts (1995)
- The composition of the silver coating strongly influences the stability of stationary electrical contacts (1994)
Rapporter
