Masuod Bayat- PhD in Mechanical Engineering
- PhD Candidate at University of Kashan
Masuod Bayat
- PhD in Mechanical Engineering
- PhD Candidate at University of Kashan
Ultrasonic machining, FEM, CAD/CAM, Data
About
18
Publications
2,238
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92
Citations
Introduction
ultrasonic milling and turning,
welding,
ultrasonic measurement,
green machining,
Visiting researcher at University FURTWANGEN and Institute of Precision Machining (KSF)
Current institution
Additional affiliations
April 2024 - October 2024
Institute for advanced manufacturing (KSF)
Position
- visiting resercher
Publications
Publications (18)
Estimating the energy consumed by machining process is substantial because it has a large share of environmental effects in the manufacturing industry. In this paper, a generic energy consumption model was developed for milling processes that is able to be applied in all milling machine tools. Energy consumption of each segment was estimated accord...
In this research, the effect of ultrasonic vibrations in the turning process on geometric tolerances has been investigated. This has always been one of the most important challenges in the production of high-quality and precision parts. One of the important applications of the turning process is making parts with high dimensional accuracy. In this...
Machining of hard workpieces is one of the most important challenges of the manufacturing industry. Hence, new methods were added to traditional machining. Ultrasonic vibration machining is one of these methods. The advantages of using ultrasonic vibrations compared to traditional machining include reducing machining forces, reducing tool wear and...
Thin-walled structures have many applications in the aerospace industry. An important feature of them is their high strength to weight. When milling the thin-walled part, the thickness decreases step by step by cutting, which causes the process to be complex and dependent on process parameters. In the present study, thin-walled aluminum structures...
Nowadays, measuring residual stress in welded parts is of great importance in the industry. Based on the measured residual stress and the operational conditions of the part, a suitable factor of safety is defined for the design. Destructive methods have most often been used to determine residual stresses. Given limitations such as high cost, non-de...
Aluminum alloys, widely utilized for their superior thermal and electrical conductivity, excellent corrosion resistance, and high machinability, often encounter critical challenges during milling, particularly the formation of built-up edges (BUE) and surface integrity degradation. Effective cooling and lubrication strategies are essential to mitig...
Distortion in milling is a prevalent issue that can arise during material machining. It stems from the forces exerted by the cutting tool on the machined material, resulting in uneven material removal and subsequent warping of the parts. The distortion can be prevented with proper cutting speed, feed rate, and tool selection. Ultrasonic-Assisted Mi...
In this study, a comprehensive investigation was undertaken to analyze the impact of various factors on thrust force and burr damage in carbon fiber reinforced polymer laminates during drilling operations. The factors examined included the incorporation of nano-graphene, the application of ultrasonic vibration, the type of cutting tool, and the fee...
Engineering wood, also known as composite wood or manufactured wood, is a versatile and sustainable material that has gained significant popularity in various engineering applications. Engineering wood is created by combining natural wood fibers or particles with adhesives and other additives to enhance its strength, durability, and dimensional sta...
High accuracy in production parts and manufacturing quality are the requirements of production. Residual stress affects the surface quality and dimensional accuracy of manufactured parts. Production of parts with geometric tolerance, optimal residual stress, and suitable surface quality is always required by manufacturing industries. When machining...
Welding is one of the production methods that aims to permanently connect engineering materials (metal, ceramic, polymer, composite) to each other. In such a way that it provides a connection with properties similar to the properties of the base material and welding is acceptable and usable that has properties close to the base metal. In this resea...
Today, one of the most widely used parts in the aerospace industry is aluminum structures. An important feature is their high resistance to weight. In the present study, aluminum structures have been investigated using conventional milling process with the help of ultrasonic vibration and machining forces and surface quality of the work piece have...
