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Reza Gheisari
Reza Gheisari
Doctoral Researcher, Loughborough University
Verified email at lboro.ac.uk
Title
Cited by
Cited by
Year
Multi-material additive manufacturing of low sintering temperature Bi2Mo2O9 ceramics with Ag floating electrodes by selective laser burnout
R Gheisari, H Chamberlain, G Chi-Tangyie, S Zhang, A Goulas, CK Lee, ...
Virtual and Physical Prototyping 15 (2), 133-147, 2020
362020
Evaluation of microwave characterization methods for additively manufactured materials
CK Lee, J McGhee, C Tsipogiannis, S Zhang, D Cadman, A Goulas, ...
Designs 3 (4), 47, 2019
352019
Experimental studies on the ultra-precision finishing of cylindrical surfaces using magnetorheological finishing process
R Gheisari, AA Ghasemi, M Jafarkarimi, S Mohtaram
Production & Manufacturing Research 2 (1), 550-557, 2014
242014
An experimental study to investigate the micro-stereolithography tools for micro injection molding
R Gheisari, P Bártolo, N Goddard, MA das Neves Domingos
Rapid Prototyping Journal, 2017
62017
Analysis for microstructure of micro-cantilevers arrays in micro-injection molding by using numerical simulations
R Gheisari, PJ Bártolo, N Goddard
AIP Conference Proceedings 1779 (1), 050016, 2016
22016
Additive manufacturing of metal/ceramic metamaterial structures for RF applications
A Goulas, R Gheisari, A Ghosh, D Wang, V Vaidhyanathan, IM Reaney, ...
Loughborough University, 2018
12018
Visualization of Flow Behaviour in Micro-Cavities during Micro Injection Moulding
R Gheisari, PJ Bartolo, N Goddard
International Journal of Chemical and Molecular Engineering 9 (10), 1188-1195, 2015
12015
3D printing of high performance low temperature sintered ceramic substrates for microwave applications
D Cadman, S El-Faouri, D Wang, G Chi-Tangyie, A Ghosh, A Ketharam, ...
Loughborough University, 0
1*
Extrusion Based High Performance Low Temperature Sintered Ceramic Materials for Microwave Applications
S Zhang, D Wang, A Ghosh, G Chi-Tangyie, A Ketharam, R Gheisari, ...
1*
Laser assisted material extrusion for multi-material metamaterials with radio frequency and microwave applications
R Gheisari
Loughborough University, 2021
2021
An Experimental Study to Determine Optimum Machining Conditions for Electrical Discharge Machining of the Heat Treatable Steel 42 CrMo4 (Din 1.7225)
S Mohtaram, R Gheisari
Journal of Mechatronics and Automation 1 (2), 0
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Articles 1–11