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Amin Shahrestani Azar

Research Scientist

Amin Shahrestani Azar

Research Scientist

Amin Shahrestani Azar
Phone: 968 33 668
Department: Metal Production and Processing
Office: Oslo

Publications and responsibilities

Publication
https://www.sintef.no/en/publications/publication/?pubid=CRIStin+1732037

Introduction/Purpose Reversible diffusionless first-order phase transformations are a fundamental part of phase change materials and shape memory alloys [1]. Some of these materials even possess useful physical characteristics that show abrupt changes e.g. in their electrical[2] and magnetic [3] pol...

Authors Sunding Martin Fleissner Løberg Monika S. Azar Amin Stange Marit Synnøve Sæverud Almeida Carvalho Patricia Karlsen Ole Bjørn Pike Nicholas Gunnæs Anette Eleonora Diplas Spyridon Løvvik Ole Martin
Year 2019
Type Conference lecture and academic presentation
Publication
https://www.sintef.no/en/publications/publication/?pubid=CRIStin+1722298

In this work, results of controlled detachment of (111) silicon by stress induced spalling (SIS) process, which is based on a gluing on a metallic stressor layer by an epoxy adhesive on top of a silicon substrate, are presented. It is shown that silicon foils mainly (1  ×  1) cm2 with different...

Authors Zayyoun Najoua Pingault Timothee Ntsoenzok Esidor Laanab Larbi Ulyashin Alexander S. Azar Amin M'hamdi Mohammed Blondeau Jean-Philippe Ammar Mohamed-Ramzi
Year 2019
Type Journal publication
Publication
https://www.sintef.no/en/publications/publication/?pubid=CRIStin+1693037

Modelling of wire-arc additive manufacturing process is an effective way for adapting the optimum parameters as well as understanding and managing the sequences of layer-by-layer deposition. Some of these parameters such as toolpath, deposition intervals and heat source power play important roles in...

Authors Oyama Kohei Diplas Spyridon M'hamdi Mohammed Gunnæs Anette Eleonora S. Azar Amin
Year 2019
Type Journal publication
Publication
https://www.sintef.no/en/publications/publication/?pubid=CRIStin+1687042

Haynes® 282® is a superalloy that offers excellent creep resistance up to 0.7 of its melting point. Promoted by aerospace industries, recommending a sound process window for additive manufacturing of this material is critical. In this study, the processing conditions were optimized by fabr...

Authors Otto Robert Brøtan Vegard S. Azar Amin Åsebø Berg Olav
Year 2019
Type Journal publication