David N Seidman

David N Seidman

Professor of Materials Science and Engineering, Northwestern University
Email confirmado em northwestern.edu
Citado por 39275
phase separation nickel-based superalloys cobalt-based superalloys aluminum-scandium based alloys precipitation strengthened
Professor Rachel Thomson

Professor Rachel Thomson

Department of Materials, Loughborough University
Email confirmado em lboro.ac.uk
Citado por 3626
Physical Metallurgy Microstructural Characterisation Materials Modelling Nickel based Superalloys High Temperature Steels
Quanquan Han(韩泉泉)

Quanquan Han(韩泉泉)

Full-Professor, Shandong University, China; Cardiff University, UK
Email confirmado em sdu.edu.cn
Citado por 2868
Metal Additive Manufacturing Composites Nickel-based superalloys
Ali Beheshti

Ali Beheshti

Assistant Professor, George Mason University
Email confirmado em gmu.edu
Citado por 1845
Tribology High Temperature Materials Surface Engineering Nickel-based Superalloys
Mahesh Shenoy

Mahesh Shenoy

Schlumberger
Citado por 1019
Oil and Gas Computational Mechanics Nickel Based Superalloys
Zhipeng Zhou

Zhipeng Zhou

The Hong Kong Polytechnic University
Email confirmado em polyu.edu.hk
Citado por 323
Additive Manufacturing Solid Oxide Cells Nickel-based superalloys
Hongyu Wu

Hongyu Wu

Central South University
Email confirmado em csu.edu.cn
Citado por 260
Nickel-based superalloys Additive manufacturing
Nurul Hidayah Razak

Nurul Hidayah Razak

Senior lecturer, University Malaysia Pahang
Email confirmado em ump.edu.my
Citado por 210
• Machining manufacturing nickel-based superalloys tool deterioration
Shun Wu

Shun Wu

Soochow University
Email confirmado em suda.edu.cn
Citado por 158
Materials Science metals nickel-based superalloys additive manufacturing
Dhananjay Dubey

Dhananjay Dubey

PhD Student, IIT kanpur
Email confirmado em iitk.ac.in
Citado por 146
Superalloys Nickel-based superalloys Wear Tribology Corrosion
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