Search Results - "SAESSI, Matin"

In Situ Formation of Titanium Diboride in A356/B4C + TiB2 Hybrid Composite: Evaluation of Microstructure, Mechanical Properties, and Wear Behavior by Alizadeh, Ali, Abdollahi, Alireza, Saessi, Matin

“…In this study, the effect of adding titanium diboride (TiB 2 ) to A356-B 4 C composite via the in situ method on the mechanical and wear properties has been…”
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The Influence of Adding Coarse Grain Phase on the Tribo-Wear Characteristics and Mechanical Properties of Ultra-Fine Grained Al-2Cu-B4C Trimodal Composite at Room Temperature by Alizadeh, Ali, Maleki, Mohammad, Saessi, Matin

“…In this paper, it is intended to analyze the influence of coarse grain (CG) phase on mechanical properties and wear performance of Al–2Cu-4 wt% B 4 C trimodal…”
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On the Analysis of High-Temperature Mechanical Properties and Dry Sliding Tribological Behavior of Ultra-Fine Grained Boron Carbide-Reinforced Al5083-Based Trimodal Composites by Saessi, Matin, Alizadeh, Ali, Abdollahi, Alireza

“…Numerous research studies have been done on ultra-fine grained (UFG) aluminum and aluminum-based composites materials due to their higher tensile strength in…”
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Wear behavior and dry sliding tribological properties of ultra-fine grained Al5083 alloy and boron carbide-reinforced Al5083-based composite at room and elevated temperatures by SAESSI, Matin, ALIZADEH, Ali, ABDOLLAHI, Alireza

“…Tribological behavior and wear mechanisms of mechanically milled Al5083 alloy and Al5083−5wt.%B4C composite at room temperature and 200 °C were discussed…”
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On the analysis of fracture mechanisms and mechanical behavior of AA5083-based tri-modal composites reinforced with 5 wt.%B4C and toughened by AA5083 and AA2024 coarse grain phases by Saessi, Matin, Alizadeh, Ali, Abdollahi, Alireza

“…[Display omitted] •AA5083-5 wt.%B4C tri-modal composites with AA2024 and AA5083 coarse grains produced.•Mechanical properties and failure modes of the…”
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超细晶Al5083合金和碳化硼增强Al5083基复合材料的室温和高温干滑动摩擦磨损行为 by Matin SAESSI, Ali ALIZADEH, Alireza ABDOLLAHI

“…讨论机械球磨Al5083合金和Al5083?5wt.％B4C复合材料在室温和200°C下的摩擦行为和磨损机制.结果表明,由于常温下的氧化磨损,形成可保护试样表面的机械混合层.在室温和80…”
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