A survey of electromagnetic metal casting computation designs, present approaches, future possibilities, and practical issues
Electromagnetic metal casting (EMC) is a casting technique that uses electromagnetic
energy to heat metal powders. It is a faster, cleaner, and less time-consuming operation …
energy to heat metal powders. It is a faster, cleaner, and less time-consuming operation …
A literature review on the exposure time of microwave based welding of different materials
S Nandwani, S Vardhan, AK Bagha - Materials Today: Proceedings, 2020 - Elsevier
In this paper, an extensive literature review on the exposure time of microwave based
welding joints has been carried out. The main objective of the present work is to show the …
welding joints has been carried out. The main objective of the present work is to show the …
[HTML][HTML] Sustainable microwave processing and surface characterization of powdered tungsten reinforced copper metal matrix (Cu-Wx) castings
The present work focuses on in-situ melting and casting of powdered copper metal matrix
composites using a microwave hybrid heating approach. The composites of copper metal …
composites using a microwave hybrid heating approach. The composites of copper metal …
A sustainable and energy efficient approach for development of electrically conductive materials and their characterizations
In this study, composite castings of electrically conductive materials were prepared using
electromagnetic energy of frequency 2.45 GHz. Three separate sets of castings were …
electromagnetic energy of frequency 2.45 GHz. Three separate sets of castings were …
Fabricating in situ powdered nickel–alumina metal matrix composites through microwave heating process: A sustainable approach
The microwave processing of materials is considered as a novel and sustainable process
due to the unique heating properties, huge saving of energy and processing time and non …
due to the unique heating properties, huge saving of energy and processing time and non …
An investigation on wear behaviour of ASTM B23 tin-based Babbitt alloy developed through microwave-assisted casting
Casting is one of the preferred additive manufacturing techniques which controls the
formation of phases and their morphological size during processing of the material. The …
formation of phases and their morphological size during processing of the material. The …
Development of iron-based composite materials through electromagnetic radiations in a domestic microwave oven
Microwave hybrid heating, a novel technique, is used to develop iron-based alloy (SS316),
SS316+ 10EWAC1004 (nickel-based), and SS316+ 10EWAC1004+ 5Cr7C3 composite …
SS316+ 10EWAC1004 (nickel-based), and SS316+ 10EWAC1004+ 5Cr7C3 composite …
Influence of tungsten carbide-cobalt reinforcement on flexural behavior of iron-based composite developed through microwave
The flexural behavior of iron-based composite castings has been analyzed under three-
point loading conditions. The metal matrix composite casting of five varying compositions of …
point loading conditions. The metal matrix composite casting of five varying compositions of …
Review on effect of tooling parameters on microwave processing of metallic materials with special emphasis on melting/casting application
In recent years, microwave-based processing of metallic material has emerged as a novel
technique that offers cost, time, and energy-saving solutions compared to conventional …
technique that offers cost, time, and energy-saving solutions compared to conventional …
Microwave processing and characterization of nickel powder based metal matrix composite castings
Microwave heating is successfully employed for the in situ melting and casting of EWAC
(nickel based) metallic powder to obtain bulk metal matrix composites reinforced with silicon …
(nickel based) metallic powder to obtain bulk metal matrix composites reinforced with silicon …