Arthur D. Pelton is affiliated with Polytechnique Montréal in Canada, focusing on research that intersects engineering, physics, and earth sciences. Their scholarly work spans multiple disciplines, including mechanical engineering, astronomy and astrophysics, geophysics, materials chemistry, and renewable energy, sustainability, and the environment. This interdisciplinary approach reflects an engagement with both theoretical and applied scientific challenges.
The main topics addressed in their research include metallurgical processes and thermodynamics, iron and steelmaking processes, astro and planetary science, thermal and kinetic analysis, phase change materials research, adsorption and cooling systems, and solar thermal and photovoltaic systems. These areas demonstrate a broad interest in materials science, energy systems, and planetary phenomena.
Arthur D. Pelton has contributed to several recent research publications, which provide insight into their focus and scientific contributions. Recent papers include:
Their research collaborations have involved frequent co-authors such as Jean-Philippe Harvey, Aïmen E. Gheribi, Francis Lebreux-Desilets, Jeanne Marchand, and K Oishi. These collaborations indicate contributions to projects with diverse scientific teams and multidisciplinary scopes.
Publication venues reflect the range of Pelton's research interests across different fields, with frequent appearances in:
The integration of thermodynamic modeling and chemical equilibrium calculations, as seen in their work published in Calphad, highlights a methodical approach to materials science. Meanwhile, engagement with astro and planetary science topics such as meteorite impact events and chondrule formation demonstrates a broader geological and astronomical interest.
Arthur D. Pelton's research encompasses both fundamental scientific inquiries and applied technological challenges, particularly in areas related to energy materials and processes relevant to solar power and metallurgical systems. This diverse portfolio aligns with current global interests in sustainable materials and energy innovations.
C.W. Bale;P. Chartrand;S.A. Degterov;G. Eriksson
C.W. Bale;E. Bélisle;P. Chartrand;S.A. Decterov
Christopher Bale;Eve Belisle;Patrice Chartrand;Sergei Decterov
C.W. Bale;E. Bélisle;P. Chartrand;S.A. Decterov
A. D. Pelton;S. A. Degterov;G. Eriksson;C. Robelin
Arthur D. Pelton;Patrice Chartrand
Arthur D. Pelton;Milton Blander
Gunnar Eriksson;Arthur D. Pelton
James Sangster;Arthur D. Pelton
Arthur D. Pelton;Patrice Chartrand;Gunnar Eriksson
Ping Wu;Arthur D Pelton
Arthur D. Pelton
In-Ho Jung;Sergei A. Decterov;Arthur D. Pelton
Milton Blander;Arthur D. Pelton
In-Ho Jung;Sergei A. Decterov;Arthur D. Pelton
Gunnar Eriksson;Arthur D. Pelton
Gunnar Eriksson;Ping Wu;Milton Blander;Arthur D. Pelton
A. A. Nayeb-Hashemi;J. B. Clark;A. D. Pelton
Patrice Chartrand;Arthur D. Pelton
In-Ho Jung;Sergei A. Decterov;Arthur D. Pelton
Ping Wu;Gunnar Eriksson;Arthur D. Pelton
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