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PERSONAL DATA

                                                                Name: STEFAN GHEORGHE

                            Contact address: 107, Calea Bucuresti, 200512, Craiova, Romania

                                                                Tel.: +40.251.544621/28; fax: +40.251.416630

                                                                 E-mail: stgheo@yahoo.com            

                                                                 www.central.ucv.ro/fimst_dts/

COMPETENCE FIELDS / SIGNIFICANT RESULTS

CLOSED PROJECTS

• Chem. Composition and sintering atmosphere influences on the Cu-based antifriction sintered alloys, MRI CONTRACT  N^OHPRI-CT-1999-00024 of the „ IMPROVING HUMAN POTENTIAL” program of the EUROPEAN COMMISSION - ARC Seibersdorf research GmbH-Aerospace Materials Technology Testhouse - 2003, User II-88 Vienna, Austria,  (Coordinator)

• Work Devices on Tool-Machines. Devices components obtained by PM – 2002, 2003 (Partner)

• New materials and technologies for PM parts processing. Wear testing device for antifriction materials, 1997.

• Composites materials reinforced with polymers, fibers, metallic wires, carbides, ceramic and metallic magnetic materials obtained from raw materials recovered from wastes (Partner)

• Ceramic powders, metallic or ceramic matrix composites, soft ceramic materials, nonferrous materials having special destination (Partner)

• Composites materials reinforced with polymers, fibers, metallic wires, carbides, ceramic and metallic magnetic materials obtained from raw materials recovered from wastes (Partner)

• Studies concerning the manufacturing of some metallic and ceramic magnetic materials having applicability in machinery manufacturing and electro technical industry (Partner)

• Studies on SPS mechanisms for manufacturing of some anisotropies ceramic magnets (Partner)

• Finite Element Method – Computational support for approaching some biomechanical problems (Partner)

RUNNING PROJECTS

• Studies concerning manufacturing technology of some cooper based sintered antifriction materials with low tin content (Coordinator)

COLLABORATIONS

• Technical University of Cluj Napoca, Faculty of Materials Science and Engineering

• National R & D Institute for Cryogenics and Isotopic Technologies ICSI – Ramnicu Valcea, Romania

• Seibersdorf research GmbH-Aerospace Materials Technology Testhouse,  Austria.

• Politecnico di Torino, Italy.

Detailed CV