... are paid significant contributions to material characterisation. Hence, this paper aims to review magnesium alloy-based works with respect to four categories, namely microstructure, mechanical properties, corrosion and wear characterisation. Corresponding author Packia Antony Amalan A. (amalan234...

... friction welded (RFW) low-alloy steel (LAS) joints. Three forging pressures—0.76, 0.84, and 0.91 MPa/s—were applied to evaluate their influence on hardness, tensile strength, and ductility. Microstructural analysis revealed that at 0.84 MPa/s, significant grain refinement occurred in the heat-affected zone...

...Mahabubadsha A., ME, PhD; Anandavelu K., ME, PhD The AA2014 high-strength aluminium alloy was friction stir welded by way of optimal process parameters. Generally, the heat-affected zone is the soft region in all friction stir welding (FSW) joints, regardless of the materials involved. This zone...

...Tansel Tunçay, PhD; Berat Taşar, MSc; Badegül Tunçay, MSc In this study, A356/XB alloys (0.25%–2.0% wt. B) have been produced by the mechanical alloying (MA) method, and its microstructure and dry sliding wear performance are investigated. A356 alloy with 1.0% B exhibited remarkable grain...

...Hilal Singer, PhD; Tijen Över Özçelik, PhD In this study, the properties of cobalt–chromium alloys are systematically prioritized to aid in the minimization of orthopedic implant failures and risks in biomedical applications. Within the model, six main groups (including a total of 31 properties...

... mechanical strength and inhibit recrystallization. 3 Several studies have demonstrated that the addition of alloying metals as solute elements may increase the electrical resistivity of copper linearly. The detrimental impact of impurity elements on conductivity can be minimized when they are bound within...

...Yang Zhao; Han Li; Xiaoqin Wei; Fangchao Zhao; Dingfei Zhang The microstructure, dynamic recrystallization behavior and texture evolution of an as-extruded Mg–6Zn–1Mn–0.2Gd (ZMG610) alloy at different extrusion conditions (extrusion ratios of 25 and 45, temperatures of 350 and 400°C) were...

...Hüseyin Pehlivan, PhD The expected quality indicator in the manufacturing industry is the surface roughness (R _a). The effects of milling operation parameters on the axial forces and surface roughness of AA 2024-T351 alloy plate were studied. Experiments were carried out...

...Yiqiang Mu; Yuting Cheng; Fei Han; Changshuai Wang; Xu Cui; Qinsi Xu The cast alloy IN625 has been developed recently and evaluated as a candidate material for 700°C class advanced ultrasupercritical plants. In order to clarify the effects of chromium (Cr) on δ phase precipitation and mechanical...

...Wei Zhang; Sheng-Li Lv; Xiaosheng Gao; Tirumalai S Srivatsan In this paper, the results of a recent study on the environment-induced damage behavior of aluminum (Al) alloy 2024-T3, which is often a preferred choice for use in a spectrum of aircraft structural applications, are presented...

... (corresponding author: nanosaran007@gmail.com) 06 04 2019 15 04 2020 alloys composites scanning electron microscopy Because of their high specific strength, high stiffness, low density and low thermal expansion coefficient, aluminium matrix composites (AMCs) have attracted great...

... of nickel (Ni)-based alloy powders by SLM technology has not been reported yet. Considering this, this paper lays the foundation for developing relevant SLM technology by experimenting with GH4169 nickel-based alloy powders using an LWY400P laser. The paper deals primarily with single-layer, single-path...

...Cihan Özel, PhD; Turan Gurgenc, PhD In the present study, the surface of AZ91D magnesium (Mg) alloy was coated with Stellite-1 powder by using the high-velocity oxy-fuel method and surface coatings were carried out at different heat inputs and spray distances. The cross-sections of the coating...

...Ahmet Serhan Hergul, MSc; Mufit Yuce, MSc; Murat Ayaz, PhD; Erkan Mese, PhD The use of aluminum (Al) alloy substances is analyzed in this paper in order to obtain a lighter and less costly winding design without dimensional changes in electrical machines. The determination of aluminum alloy winding...

...Zhiyun Wang, MSc; Bin Liu, PhD; Peikang Bai, PhD; Zhanyong Zhao, PhD; Haili Wang, MSc; Xiaojing Wang, PhD; Tao Ding, PhD; Mengyao Dong, PhD; Jincheng Fan, PhD; Ilwoo Seok, PhD; Zhanhu Guo, PhD The microstructure and performances of GH4169 nickel (Ni)-based alloy were studied after adding...

...Seher Arslankaya, PhD In this study, after T6 heat treatment was applied to two different kinds of aluminum alloy (AA) 6061 formed with different compositions, their mechanical properties and microstructures were observed and then the mechanical properties were estimated by using artificial neural...

... ) Equation 2 can then be reformulated into a finite-difference equation in three dimensions as follows: (corresponding author: asavas@pirireis.edu.tr) 09 08 2018 30 04 2020 ICE Publishing: All rights reserved 2020 alloys mathematical modelling metals where V...

...; φ(−), activation function The ANN can supply reliable information. An ANN includes an input layer, one or more hidden layers and an output layer. The structure of ANN is shown in Figure 2 . 86 Figure 2 Structure of an ANN alloys coatings corrosion Time study...

... surface quality and the roughness of the surface was analyzed by scanning selected specimens of the chosen aluminum (Al) alloy with the aid of a scanner. Accelerated corrosion experiments on the chosen aluminum alloy, namely, 2A12, were performed in the laboratory air environment to analyze the influence...

...Zhi Li; Sheng-Li Lv; Wei Zhang; Xiaosheng Gao; Tirumalai S Srivatsan This paper presents the results of a study aimed at understanding the stress corrosion cracking behavior of aluminum (Al) alloy 2219 with specific reference to understanding the mechanisms governing initiation of cracks...