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2021
Chapter 9 has been designed to provide a survey of recent developments in cold spray. Topics in this chapter include intelligent process control, advanced materials, joining of dissimilar materials, additive manufacturing, cold spray developments driven by application, and advanced cold spray facilities.
Ozan Cagatay Ozdemir +12 more
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Chapter 9 has been designed to provide a survey of recent developments in cold spray. Topics in this chapter include intelligent process control, advanced materials, joining of dissimilar materials, additive manufacturing, cold spray developments driven by application, and advanced cold spray facilities.
Ozan Cagatay Ozdemir +12 more
openaire +1 more source
International Thermal Spray Conference
Abstract This contribution gives an overview concerning basic principles of cold spraying (CS) and current trends in respective applications. As powder spray technique dealing with solid impacts, cold spraying results in coatings of high purity and unique properties, not attainable by other spray methods. Particularly within the last two
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Abstract This contribution gives an overview concerning basic principles of cold spraying (CS) and current trends in respective applications. As powder spray technique dealing with solid impacts, cold spraying results in coatings of high purity and unique properties, not attainable by other spray methods. Particularly within the last two
openaire +1 more source
2017
This chapter will present various cold spray applications developed by the US Army Research Laboratory (ARL) associated with the repair of parts from aircraft and ships by providing actual examples and their relevance toward the advancement and implementation of cold spray technology. It is not an all-inclusive by any means, but it serves to illustrate
Victor K. Champagne +2 more
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This chapter will present various cold spray applications developed by the US Army Research Laboratory (ARL) associated with the repair of parts from aircraft and ships by providing actual examples and their relevance toward the advancement and implementation of cold spray technology. It is not an all-inclusive by any means, but it serves to illustrate
Victor K. Champagne +2 more
openaire +1 more source
, 2020
In this research, cold sprayed Al coating layer on AZ31B Mg alloy was coated with cold sprayed Ti and Ta/Ti coatings, which noticeably reduced the wear rate of Al coated Mg alloy.
M. Daroonparvar +11 more
semanticscholar +1 more source
In this research, cold sprayed Al coating layer on AZ31B Mg alloy was coated with cold sprayed Ti and Ta/Ti coatings, which noticeably reduced the wear rate of Al coated Mg alloy.
M. Daroonparvar +11 more
semanticscholar +1 more source
AIP Conference Proceedings, 2016
In the present paper, on the basis of our previous studies, we outline the physical fundamentals of the cold gas spraying technology. Main results of experimental and numerical studies of the interaction of one-component flows of metal microparticles with substrate surface are presented.
S. V. Klinkov, V. F. Kosarev
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In the present paper, on the basis of our previous studies, we outline the physical fundamentals of the cold gas spraying technology. Main results of experimental and numerical studies of the interaction of one-component flows of metal microparticles with substrate surface are presented.
S. V. Klinkov, V. F. Kosarev
openaire +1 more source
Particle velocities and deposition for micro-cold spray and cold spray processes
Spray deposited ceramic, metal, and composite coatings are widely used for protective coatings as well as for functional applications such as sensors, battery cathodes, and perovskite solar cells. Micro-cold spray (MCS), also referred to as the aerosol deposition method or vacuum kinetic spraying, is the process of aerosolizing ceramic or metal powder (Bierschenk, Stephen Gregory +1 more
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2020
The cold spray (CS) is a solid-state metal particle deposition technique developed by Russian researchers, Alkhimov and Papyrin, et al. (Ide in Light Mater Weld 40:27–34, 2002) during the 1980s. In this technique, metal microparticles are accelerated from subsonic to supersonic speeds using compressed gases, e.g., air, nitrogen, or helium).
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The cold spray (CS) is a solid-state metal particle deposition technique developed by Russian researchers, Alkhimov and Papyrin, et al. (Ide in Light Mater Weld 40:27–34, 2002) during the 1980s. In this technique, metal microparticles are accelerated from subsonic to supersonic speeds using compressed gases, e.g., air, nitrogen, or helium).
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2015
In this chapter, the physics involved in cold spray is presented in order to get an understanding of the fundamentals that govern this complex spray process. After an overview of the process basics, the process parameters that influence the process outcome, namely the coating quality through the particle impact velocity, are introduced as well as an ...
P. King, M. Yandouzi, B. Jodoin
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In this chapter, the physics involved in cold spray is presented in order to get an understanding of the fundamentals that govern this complex spray process. After an overview of the process basics, the process parameters that influence the process outcome, namely the coating quality through the particle impact velocity, are introduced as well as an ...
P. King, M. Yandouzi, B. Jodoin
openaire +1 more source