MK
Madan Kumar
Research areas: Engineering · Biomedical Engineering · Biofuel production and bioconversion · Microbial bioremediation and biosurfactants · Lignin and Wood Chemistry
0000-0002-5582-1450
About
Madan Kumar is an Associate Professor of Mechanical Engineering (Robotics) at Guangdong Technion-Israel Institute of Technology since December 2022. Madan’s main research interest is engines and Powertrain performance development/control utilizing conventional and alternative fuels.
Employment
Employment history is unavailable.
Education
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Publications (40)
- Impact of mass transport limitations on the performance of plate-type membrane reactors for on-board hydrogen production by methanol steam reforming Save
- Post-oxidation model validation with utilization of estimated hydrogen by easily measurable gas species and chemical equilibrium Save
- Impact of post-oxidation phenomena on internal combustion engine performance-emissions and potential scope for future clean engine development: A review analysis Save
- A simulative study of flex-fuel methanol-ammonia blends: Extended cold start performance and emission analysis in spark-ignition engines Save
- An experimental and simulative study for transient performance and emissions analysis of a marine engine fed with flex-fuel as methanol and ammonia blends Save
- A novel hybrid multi-scale and dilated convolution attention network for planetary gear fault diagnosis under noisy and few-shot environment Save
- A PINN–EWMA framework with uncertainty quantification for high-fidelity temperature field modeling and early defect warning in directed energy deposition of thin-walled structures Save
- An experimental approach to modeling and improvement of net heat loss based on combustion efficiency in SI engines Save
- A parametric analysis of cold start emissions reduction with secondary air injection based post-oxidation actuation in exhaust manifold of a turbocharged GDI engine Save
- PRIMA-Adam: A physics-residual-gated inertia-modulated adaptive Adam optimizer for physics-informed neural networks in directed energy deposition Save
- Tribological testing of TiO₂, Al₂O₃, and MoS₂ Nanolubricants for Methanol-Fueled Engine Applications Save
- Temporal-mask multiple-scale fusion network: a novel hybrid network framework for robust fault diagnosis under varying noise interference Save
- Performance and emissions analysis of marine engine using flex-fuel based on methanol and ammonia blends: A simulative investigation toward vehicle decarbonization Save
- A Simulative Investigation of PFI Methanol Engine & Future Scope of Coupling Methanol Fuel Reforming by Exhaust Gas Energy Recuperation with Post-oxidation Phenomena Save
- 3D-CFD full engine simulation of post-oxidation by means of secondary air injection Save
- Improvement of Post-Oxidation Phenomena with Lambda-split, Post-Injection and Mixing Improvement of Exhaust Gas in Turbocharged GDI Engine Save
- Post-oxidation phenomena enhancement with scavenging and secondary air injection in exhaust manifold of a turbocharged GDI engine Save
- Post-oxidation Phenomena Enhancement by Scavenging and Secondary air injection in Exhaust Manifold of a Turbocharged GDI Engine Save
- Performance improvement of turbocharged SI engine by post-oxidation enhancement in exhaust gas in-homogeneity Save
- Analysis of Post-Oxidation Phenomena in a Turbocharged DISI Engine Focused on Gas and PM Emissions and Gas Temperature Save