ScholarWorks@Gachon: Kumar, Raj

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Kumar, Raj (Raj Kumar)

Engineering (기계공학부)

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Solar energy:5||Solar thermal collector:4||Thermohydraulic performance:3||Fresnel lens:3||Nanofluid:3||Solar water heating system:3||Modular neural network:2||Solar air heater:2||thermal efficiency:2||effective efficiency:2||Artificial roughness:2||Friction factor:2||Thermohydraulic performance:2||Liquid spectrum filter:2||Economic analysis:2||Nusselt number:2||Computational fluid dynamics:2||Exergetic efficiency:2||Artificial neural network:2||Optimization:2||MATLAB:2||Machine learning:2||solar thermal collector:2||Exergy:2||Heat transfer:2||Mechanical properties:2||Twisted tapes:2||Uncertainty analysis:2||Evacuated tube solar collector:2||Efficiency:1||Electrical efficiency:1||Energy storage:1||Enviroeconomic:1||Enviroeconomic analysis:1||Exergoeconomic analysis:1||Feature selection:1||Fibrous concrete:1||Fin material:1||Flexural strength:1||Geometrical parameters:1||Green energy:1||Heat pipe:1||Heat transfer enhancement:1||Hindrance promoter:1||Hindrance promoters:1||Hydraulic turbines:1||Innovative receiver design:1||Jet impingement:1||Long short term memory:1||Long shortterm memory:1||Mechanical energy storage:1||Mechanical inserts:1||Metaensemble models:1||Micro EDM:1||Micro grid optimization:1||Microstructural analysis:1||Multiarc shaped ribs:1||Multiobjective optimization:1||Nanomaterials:1||Offline compensation:1||Online compensation:1||Optimum tilt angle:1||PVT:1||Parametric analysis:1||Payback period:1||Perforated baffles:1||Performance augmentation:1||Phase change material:1||Photovoltaic systems:1||Photovoltaic thermal system:1||Plastic waste fiber:1||Primary issues:1||Radial basis function:1||Random forest:1||Random tree:1||Recycled concrete aggregate:1||Regressors:1||Renewable energy:1||Response surface methodology:1||Rubberized geopolymer concrete:1||Rural development:1||SEMEDS:1||Selfcompacting concrete:1||Sensitivity analysis:1||Silica fume:1||Silt erosion:1||Single Vshaped staggered baffles:1||Small scale:1||Soft computing techniques:1||Solar air heating system:1||Solar parabolic trough:1||Solar radiation:1||Solar thermal air collector:1||Solar water heater:1||Spacer length:1||Spiral fiber:1||Split tensile strength:1||Stochastic:1||Sustainability index:1||Thermal efficiency:1||Thermal energy storage:1||Thermal hydraulic performance:1||Tool wear compensation:1||Transformer model:1||Turbine materials:1||arcshaped dimple:1||brake friction composites:1||compressive strength:1||concrete:1||electrical efficiency:1||flexural strength:1||friction factor:1||gaussian processes:1||graphite:1||heat exchanger:1||linear regression:1||microscopy:1||multilayered graphene:1||parametric optimization:1||single discrete arcshaped ribs:1||solar thermal air collector:1||spacer length:1||support vector machines:1||thermal analysis:1||thermohydralic performance:1||AHPMABAC:1||tribology:1||ANNs:1||Absorber plate with dimple roughness:1||Artificial Neural Network:1||Bacillus Subtilis:1||Baffle width:1||Bagging:1||Bagging/boosting:1||Basalt fiber:1||Biological energy storage:1||COPRAS:1||CRITIC:1||Cavitation:1||Cavity receiver:1||Chemical compositions:1||Chemical energy storage:1||Compressive/splitting tensile strength:1||Concentrator solar technology:1||Conicalcylindricalconical:1||Construction and demolition waste:1||Daily prediction:1||Delta winglets:1||Deltashaped obstacle:1||Deltashaped winglets:1||Discrete multiarc shaped ribs:1||Double cylindrical shape:1||Dual passage solar thermal collector:1||Dualaxis solar tracker:1||EDM:1||

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