AP
Amresh Kumar Panjla
Chandigarh Engineering College, Punjab Technical University
Research areas: Engineering · Industrial and Manufacturing Engineering · Advanced Machining and Optimization Techniques · Advanced machining processes and optimization · Erosion and Abrasive Machining
About
Electrical Discharge Machining, 3D Printing, Solar Energy, EV Technology
Employment
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Chandigarh Engineering College
Education
Projects & Funding
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To Disseminate environment friendly technologies to create sustainable employment opportunities for Rural Communities Department of Science and Technology2022 - Present
Publications (15)
- A comprehensive study on minimum quantity lubrication Save
- A review on machining performance of AISI 304 steel Save
- Analysis of wire electrode wear ratio during WEDM of Al-metal matrix composite Save
- Analyzing the response of submerged arc welding process parameters on Form factor and dilution Save
- Decision on the range of peak current during cryogenically assisted electric discharge machining process Save
- Effect of different types of reinforcement on tribological properties of aluminium metal matrix composites (MMCs) – A review of recent studies Save
- Fabrication of hybrid metal matrix composites (HMMCs) – A review of comprehensive research studies Save
- Tool electrode considerations in EDM of titanium alloys – A review Save
- Electrochemical discharge machining process, variants and hybridization: A review Save
- Multi-Objective Optimization of WEDM of Aluminum Hybrid Composites Using AHP and Genetic Algorithm Save
- Surface integrity analysis of surfaces of nickel-based alloys machined with distilled water and aluminium powder-mixed dielectric fluid after WEDM Save
- Investigating the influence of wedm process parameters in machining of hybrid aluminum composites Save
- WEDM process parameter optimization for newly developed hybrid Al/(SiC + Gr + Fe2O3) -MMC Save
- WEDM process parameter optimization for newly developed hybrid Al/(SiC + Gr + Fe2O3) – MMC Save
- Selection of range of pulse duration during cryogenically assisted electric discharge machining Save