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Pavel Krakhmalev

Prof. Pavel Krakhmalev

Department of Engineering and Physics, Karlstad University, SE-651 88, Karlstad,...

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Prof. Pavel Krakhmalev has been a professor of materials science since 2012 at the Department of Engineering and Physics of Karlstad University, Sweden. He is the leader of the AT-LAB, the additive manufacturing laboratory at Karlstad University. He obtained his Ph.D. in materials science and engineering in 1999 at St. Petersburg State Technical University, Russia. His key scientific interests are focused on the microstructural aspects of additive manufacturing technology, the correlation between process control and final microstructure, as well as the microstructure–properties relationship in laser powder bed fusion materials. His current projects are related to Ti-based materials for biomedical applications, in situ alloying of metallic materials during laser powder bed fusion and laser manufacturing of tool steels.

Research Keywords & Expertise

Additive Manufacturing
Wear mechanisms
Influence of microstru...
Tribology in sheet met...
Friction and wear unde...

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17%
Wear mechanisms
10%
Additive Manufacturing
5%
Influence of microstructure on wear and wear mechanisms
5%
Friction and wear under severe conditions of high-temperature and high-stress applications

Short Biography

Prof. Pavel Krakhmalev has been a professor of materials science since 2012 at the Department of Engineering and Physics of Karlstad University, Sweden. He is the leader of the AT-LAB, the additive manufacturing laboratory at Karlstad University. He obtained his Ph.D. in materials science and engineering in 1999 at St. Petersburg State Technical University, Russia. His key scientific interests are focused on the microstructural aspects of additive manufacturing technology, the correlation between process control and final microstructure, as well as the microstructure–properties relationship in laser powder bed fusion materials. His current projects are related to Ti-based materials for biomedical applications, in situ alloying of metallic materials during laser powder bed fusion and laser manufacturing of tool steels.