Dr. Mehrdad Kashani

Angestellt, Research scientist, Tokyo Metropolitan College of Technology

Tokyo, Japan

Fähigkeiten und Kenntnisse

Our magnetic pulse welding (MPW) provides an excel
brass
or copper to steel
titanium
stainless
aluminum
magnesium copper and most other metals joints.

Werdegang

Berufserfahrung von Mehrdad Kashani

  • Bis heute 20 Jahre und 9 Monate, seit Okt. 2003

    Research scientist

    Tokyo Metropolitan College of Technology

    Research Scientist and Lecturer

Ausbildung von Mehrdad Kashani

  • 3 Jahre, Apr. 2000 - März 2003

    Plasma Physics

    Nihon University

    Fusion and pulse power system

Sprachen

  • Englisch

    Gut

  • Japanisch

    Gut

Interessen

One of the most difficult problems for welding engineer is to decide how to weld dissimilar metals together. Certain processes like laser welding
friction stir welding
magnetic pulse welding and inertia welding can be used effectively to solve many dissimilar metal welding problems. There are also several transition joints that can be used to affect the bridge from such difficult to join combinations as aluminum to steel. Diffusion bonding and adhesive bonding are other workable alternatives.The magnetic pulse welding (MPW) is one of the reliable methods that can be used for the dissimilar metal joints. The magnetic pulse welding (MPW) provides an excellent tool for achieving of conductive metals such as aluminum
brass
or copper to steel
titanium
stainless
aluminum
magnesium copper and most other metals joints. The magnetic pulse welding is solid-state joining process of conductive metals and the welding process is a heat-free which can eliminate localized annealing.

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