PERSONAL DATA
Name: CRISTINA TEISANU
Contact address: 107, Calea Bucuresti, 200512, Craiova, Romania
Tel.: +40.251.544621/28; fax: +40.251.416630
E-mail: cteisanu@yahoo.com
COMPETENCE FIELDS / SIGNIFICANT RESULTS
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Material: Fe-Cu-Sn-Pb-MoS2 Technology: classic Powder Metallurgy technique
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Material: Fe-Cu-Sn-Pb-MoS2 Technology: Spark Plasma Sintering
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Material: Fe-Cu-Sn-Pb-MoS2 Technology: classic Powder Metallurgy technique Shaft-bush contact finite element analysis |
CLOSED PROJECTS
· Sintered Materials Based on Iron Powders Used in Manufacturing of the Self Lubricating Bearings – 2003 (Coordinator)
· Work Devices on Tool-Machines. Devices Components Obtained by PM – 2002, 2003 (Partner)
· Processing of Highlight Nanocomposite Materials for Aerospace and Automotive Industries (Partner)
· 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)
· The Use of MP for Processing of the Tungsten Based Pseudo-Alloys, with Electro Technical Applicability (Partner)
RUNNING PROJECTS:
· Sintered Materials Based on Iron Powders Used in Manufacturing of the Self Lubricating Bearings – 2004 (Coordinator)
· Studies Concerning Manufacturing Technology of Some Cooper Based Sintered Antifriction Materials with Low Tin Content (Partner)
COLLABORATIONS
2003: Max-Planck Institute, Dresden, Germany, Supervisor Prof. Yuri Grin, Project: Spark Plasma Sintering on PM Iron Based Antifriction Materials Processing
Technical University of Cluj Napoca, Faculty of Materials Science and Engineering
Politehnica University of Bucharest, Laboratory of Machine Components
National R & D Institute for Cryogenics and Isotopic Technologies ICSI – Ramnicu Valcea, Romania
