https://s2ts.umd.edu/publication/electrohydrodynamically-enhanced-oil-separation-systems/2024-11-08T12:21:58-05:00https://s2ts.umd.edu/publication/electrohydrodynamically-ehd-enhanced-heat-transfer-system-and-method-with-an-encapsulated-electrode/2024-11-08T12:27:38-05:00https://s2ts.umd.edu/publication/liquid-cooled-diamond-bearing-heat-sink/2024-11-08T12:26:32-05:00https://s2ts.umd.edu/publication/slit-type-restrictor-for-controlling-flow-delivery-to-electrohydrodynamic-thin-film-evaporator/2024-11-08T12:29:31-05:00https://s2ts.umd.edu/publication/electrohydrodynamic-ehd-thin-film-evaporator-with-splayed-electrodes/2024-11-08T12:30:46-05:00https://s2ts.umd.edu/publication/electrohydrodynamic-liquid-vapor-separator/2024-11-08T12:35:38-05:00https://s2ts.umd.edu/publication/electrohydrodynamically-enhanced-micro-cooling-system-for-integrated-circuits/2024-11-08T12:37:11-05:00https://s2ts.umd.edu/publication/electrohydrodynamics-enhancement-of-heat-transfer/2024-11-08T12:44:28-05:00https://s2ts.umd.edu/publication/metal-polymer-composite-heat-exchanger-and-method-of-fabrication/2024-11-08T13:00:56-05:00https://s2ts.umd.edu/publication/multi-scale-micro-channel-heat-and-or-mass-transfer-system-and-method-of-fabrication/2024-11-08T13:06:47-05:00https://s2ts.umd.edu/publication/numerical-and-experimental-studies-of-turbulent-heat-transfer-in-a-tube/2024-11-08T16:46:06-05:00https://s2ts.umd.edu/publication/comparison-of-turbulent-thermal-entrance-regions-for-pipe-flows-with-developed-velocity-and-velocity-developing-from-a-sharpedged-inlet/2024-11-08T16:47:13-05:00https://s2ts.umd.edu/publication/instructional-use-of-a-simplified-building-energy-analysis-model/2024-11-08T16:48:22-05:00https://s2ts.umd.edu/publication/heat-transfer-in-a-straight-tube-situated-downstream-of-a-bend/2024-11-08T16:50:00-05:00https://s2ts.umd.edu/publication/the-applicability-and-limitations-of-a-simplified-building-energy-analysis-model-a-comparison-study/2024-11-08T16:50:41-05:00https://s2ts.umd.edu/publication/effect-of-corona-discharge-on-pressure-drop-characteristics-for-forced-convection-in-tubes/2024-11-08T16:51:35-05:00https://s2ts.umd.edu/publication/pressure-drop-characteristics-for-turbulent-flow-in-a-straight-tube-situated-downstream-of-a-bend/2024-11-08T16:52:26-05:00https://s2ts.umd.edu/publication/effect-of-a-180-bend-on-heat-transfer-in-a-downstream-positioned-straight-tube/2024-11-08T16:53:18-05:00https://s2ts.umd.edu/publication/augmentation-of-laminar-and-turbulent-forced-convection-heat-transfer-in-tubes-via-corona-discharge/2024-11-08T16:54:02-05:00https://s2ts.umd.edu/publication/electrohydrodynamic-enhancement-of-heat-transfer-in-a-shelland-tube-heat-exchanger/2024-11-08T16:56:10-05:00https://s2ts.umd.edu/publication/augmentation-of-laminar-and-turbulent-forced-convection-heat-transfer-in-tubes-via-corona-discharge-2/2024-11-08T16:56:58-05:00https://s2ts.umd.edu/publication/electrohydrodynamic-enhancement-of-heat-transfer-in-a-shelland-tube-heat-exchanger-2/2024-11-08T16:58:14-05:00https://s2ts.umd.edu/publication/measurement-of-temperatures-in-a-tabular-workpiece-during-cutting-with-an-abrasive-waterjet/2024-11-08T16:59:29-05:00https://s2ts.umd.edu/publication/electrohydrodynamic-enhancement-of-single-phase-and-phase-change-heat-transfer-in-heat-exchanges/2024-11-08T17:00:13-05:00https://s2ts.umd.edu/publication/thermal-energy-distribution-in-the-workpiece-during-cutting-with-an-abrasive-waterjet/2024-11-08T17:00:52-05:00https://s2ts.umd.edu/publication/electrohydrodynamic-boiling-heat-transfer-enhancement-of-r-123-outside-of-a-smooth-tube/2024-11-08T17:01:34-05:00https://s2ts.umd.edu/publication/flow-visualization-study-of-the-macromechanics-of-abrasive-waterjet-turning/2024-11-08T17:02:19-05:00https://s2ts.umd.edu/publication/effect-of-electrode-geometry-on-external-boiling-of-r-123-oil-mixture/2024-11-08T17:03:03-05:00https://s2ts.umd.edu/publication/mathematical-modeling-of-temperature-distributions-in-the-workpiece-during-an-abrasive-waterjet-machining-process/2024-11-08T17:03:41-05:00https://s2ts.umd.edu/publication/control-of-heat-transfer-enhancement-rates-in-a-tube-bundle-gas-to-gas-heat-exchanger/2024-11-08T17:04:32-05:00https://s2ts.umd.edu/publication/electrostatic-heat-transfer-enhancement-in-a-tube-bundle-gas-to-gas-heat-exchanger/2024-11-08T17:05:06-05:00https://s2ts.umd.edu/publication/compound-air-side-heat-transfer-enhancement-in-a-cross-flow-refrigerant-to-air-heat-exchanger/2024-11-08T17:07:47-05:00https://s2ts.umd.edu/publication/review-of-available-correlations-for-prediction-of-flow-boiling-heat-transfer-in-smooth-and-augmented-tubes/2024-11-08T17:08:33-05:00https://s2ts.umd.edu/publication/compound-enhancement-of-boiling-heat-transfer-of-r-134a-in-a-tube-bundle/2024-11-08T17:10:01-05:00https://s2ts.umd.edu/publication/in-tube-boiling-heat-transfer-coefficients-of-r-123-and-their-enhancement-utilizing-the-ehd-technique/2024-11-08T17:10:42-05:00https://s2ts.umd.edu/publication/boiling-heat-transfer-enhancement-of-r-134a-in-a-tube-bundle-utilizing-the-ehd-technique/2024-11-08T17:11:13-05:00https://s2ts.umd.edu/publication/flow-boiling-heat-transfer-coefficients-of-r-134a-in-a-micro-fin-tube/2024-11-08T17:11:42-05:00https://s2ts.umd.edu/publication/ehd-enhanced-boiling-of-r-123-over-commercially-available-enhanced-tubes/2024-11-08T17:12:25-05:00https://s2ts.umd.edu/publication/literature-search-on-recent-advances-in-numerical-modeling-in-heat-and-mass-transfer/2024-11-08T17:13:35-05:00https://s2ts.umd.edu/publication/the-applicability-of-the-ehd-technique-for-convective-boiling-of-refrigerant-blends-experiments-with-r-404a/2024-11-08T17:14:16-05:00https://s2ts.umd.edu/publication/a-critical-review-of-available-correlations-for-two-phase-flow-heat-transfer-of-ammonia/2024-11-08T17:15:05-05:00https://s2ts.umd.edu/publication/an-empirical-modeling-of-stratified-wavy-flow-condensation-heat-transfer-in-smooth-horizontal-tubes/2024-11-08T17:15:41-05:00https://s2ts.umd.edu/publication/an-overview-of-basic-models-on-frost-formation-phenomenon-and-recent-progress-on-the-use-of-an-applied-electric-field-in-suppressing-or-promoting-frost/2024-11-08T17:19:17-05:00https://s2ts.umd.edu/publication/ehd-enhancement-of-in-tube-condensation-heat-transfer-of-alternative-refrigerant-r-134a-in-smooth-and-microfin-tubes/2024-11-08T17:21:38-05:00https://s2ts.umd.edu/publication/ehd-enhanced-boiling-coefficients-and-visualization-of-r-134a-over-enhanced-tubes/2024-11-08T17:22:25-05:00https://s2ts.umd.edu/publication/ehd-enhanced-convective-boiling-of-r-134a-in-grooved-channels-application-to-compact-heat-exchangers/2024-11-08T17:23:35-05:00https://s2ts.umd.edu/publication/start-up-time-reduction-in-an-electrohydrodynamically-enhanced-capillary-pumped-loop/2024-11-08T17:24:22-05:00https://s2ts.umd.edu/publication/natural-refrigerants/2024-11-08T17:25:16-05:00https://s2ts.umd.edu/publication/in-tube-condensation-of-refrigerant-and-refrigerant-oil-mixtures-a-review-of-most-recent-work/2024-11-08T17:26:04-05:00https://s2ts.umd.edu/publication/heat-transfer-enhancement-with-falling-film-evaporation-on-vertical-tubes-using-electric-fields/2024-11-08T17:28:41-05:00https://s2ts.umd.edu/publication/forced-convection-boiling-heat-transfer-of-co-2-in-horizontal-tubes/2024-11-08T17:29:42-05:00https://s2ts.umd.edu/publication/ehd-enhancement-of-thin-falling-film-evaporation/2024-11-08T17:33:44-05:00https://s2ts.umd.edu/publication/analysis-of-the-startup-time-reduction-and-thermal-performance-improvement-in-an-ehd-enhanced-capillary-pumped-loop/2024-11-08T17:34:27-05:00https://s2ts.umd.edu/publication/ehd-assisted-external-condensation-of-r-134a-on-smooth-horizontal-and-vertical-tubes/2024-11-08T17:35:27-05:00https://s2ts.umd.edu/publication/enhanced-pool-boiling-of-r-123-refrigerant-on-two-selected-enh-anced-tubes/2024-11-08T17:36:06-05:00https://s2ts.umd.edu/publication/effect-of-heating-boundary-conditions-on-pool-boiling-experiments/2024-11-08T17:38:08-05:00https://s2ts.umd.edu/publication/corona-discharge-effects-on-heat-transfer-and-pressure-drop-in-tube-flows/2024-11-08T17:39:42-05:00https://s2ts.umd.edu/publication/flow-boiling-heat-transfer-of-co2-in-micro-channels/2024-11-08T17:40:27-05:00https://s2ts.umd.edu/publication/augmentation-of-thin-falling-film-evaporation-on-horizontal-tubes-using-an-applied-electric-field/2024-11-08T17:41:22-05:00https://s2ts.umd.edu/publication/falling-film-and-spray-evaporation-using-electric-fields/2024-11-08T17:42:42-05:00https://s2ts.umd.edu/publication/compound-augmentation-of-pool-boiling-on-three-selected-commercial-tubes/2024-11-08T17:45:02-05:00https://s2ts.umd.edu/publication/heat-transfer-enhancement-of-airflow-in-a-channel-using-corona-discharge/2024-11-08T17:45:38-05:00https://s2ts.umd.edu/publication/flow-condensation-in-smooth-and-micro-fin-tubes-with-hcfc22-hfc134a-and-hfc-410a-refrigerants-part-i-experimental-results/2024-11-08T17:46:16-05:00https://s2ts.umd.edu/publication/flow-condensation-in-smooth-and-micro-fin-tubes-with-hcfc-22-hfc-134a-and-hfc-410a-refrigerants-part-ii-design-equations/2024-11-08T17:47:05-05:00https://s2ts.umd.edu/publication/an-electrohydrodynamic-polarization-micropump-for-electronic-cooling-applications/2024-11-08T17:47:46-05:00https://s2ts.umd.edu/publication/high-temperature-heat-exchangers-and-microscale-combustion-systems-applications-to-thermal-system-miniaturization/2024-11-08T17:50:39-05:00https://s2ts.umd.edu/publication/flow-boiling-of-co2-with-miscible-oil-in-microchannels/2024-11-08T17:51:34-05:00https://s2ts.umd.edu/publication/evaluation-of-analytical-models-for-thermal-analysis-and-design-of-electronic-packages/2024-11-08T17:52:38-05:00https://s2ts.umd.edu/publication/enhanced-flow-boiling-of-r-134a-in-a-minichannel-plate-evaporator/2024-11-08T17:53:42-05:00https://s2ts.umd.edu/publication/effect-of-an-applied-electric-field-on-ice-crystal-growth-phenomena/2024-11-08T17:54:28-05:00https://s2ts.umd.edu/publication/experimental-study-of-supercritical-co-2-gas-cooling-in-a-microchannel-gas-cooler/2024-11-08T17:55:04-05:00https://s2ts.umd.edu/publication/thermal-management-of-harsh-environment-electronics/2024-11-08T17:57:04-05:00https://s2ts.umd.edu/publication/ultra-thin-film-evaporation-application-to-emerging-technologies-in-cooling-of-micro-electronics/2024-11-08T17:59:14-05:00https://s2ts.umd.edu/publication/higher-energy-prices-and-the-research-and-development-opportunities-they-present/2024-11-08T18:00:22-05:00https://s2ts.umd.edu/publication/advances-in-control-of-frost-on-evaporator-coils-with-an-applied-electric-field/2024-11-08T18:01:16-05:00https://s2ts.umd.edu/publication/measurement-of-corona-wind-velocity-and-calculation-of-energy-conversion-efficiency-for-air-side-heat-transfer-enhancement-in-compact-heat-exchangers/2024-11-08T18:02:36-05:00https://s2ts.umd.edu/publication/the-effect-of-stationary-and-sweeping-frequency-ac-electric-fields-on-frost-crystal-growth-on-a-cold-plate/2024-11-08T18:03:41-05:00https://s2ts.umd.edu/publication/direct-liquid-cooling-of-high-flux-micro-and-nano-electronic-components/2024-11-08T18:05:11-05:00https://s2ts.umd.edu/publication/force-fed-evaporation-and-condensation-utilizing-advanced-micro-structured-surfaces-and-micro-channels/2024-11-08T18:05:53-05:00https://s2ts.umd.edu/publication/experimental-and-numeral-simulation-of-meso-pumping-of-liquid-nitrogen-application-to-cryogenic-spot-cooling-of-sensors-and-detectors/2024-11-08T18:08:10-05:00https://s2ts.umd.edu/publication/measurement-of-solar-energy-radiation-in-abu-dhabi-uae/2024-11-08T18:09:18-05:00https://s2ts.umd.edu/publication/experimental-characterization-of-an-electrohydrodynamic-micropump-for-cryogenic-spot-cooling-applications/2024-11-08T18:10:27-05:00https://s2ts.umd.edu/publication/emerging-applications-in-cryogenics-nitrogen-injection-for-reservoir-enhanced-oil-recovery/2024-11-08T18:11:07-05:00https://s2ts.umd.edu/publication/measurement-of-solar-energy-direct-beam-radiation-in-abu-dhabi-uae/2024-11-08T18:11:37-05:00https://s2ts.umd.edu/publication/parametric-performance-analysis-of-an-electrostatic-wire-cylinder-aerosol-separator-in-laminar-flow-using-a-numerical-modeling-approach/2024-11-08T18:12:50-05:00https://s2ts.umd.edu/publication/experimental-characterization-of-heat-transfer-and-pressure-drop-inside-a-tubular-evaporator-utilizing-advanced-microgrooved-surfaces/2024-11-08T18:13:37-05:00https://s2ts.umd.edu/publication/performance-characterization-of-r134a-and-r245fa-in-a-high-aspect-ratio-microchannel/2024-11-08T18:14:20-05:00https://s2ts.umd.edu/publication/phase-field-modeling-of-taylor-flow-in-mini-micro-channels-part-i-bubble-formation-mechanisms-and-phase-field-parameters/2024-11-08T18:15:04-05:00https://s2ts.umd.edu/publication/parametric-study-on-the-separation-of-fine-immiscible-oil-droplets-from-a-gaseous-stream-using-an-electrostatic-force/2024-11-08T18:15:52-05:00https://s2ts.umd.edu/publication/reliability-risk-mitigation-of-free-air-cooling-through-prognostics-and-health-management/2024-11-08T18:16:33-05:00https://s2ts.umd.edu/publication/mass-transfer-characteristics-of-gas-liquid-absorption-in-a-taylor-flow-mini-microchannel-reactors/2024-11-08T18:17:06-05:00https://s2ts.umd.edu/publication/volume-of-fluid-based-numerical-modeling-of-condensation-heat-transfer-and-fluid-flow-characteristics-in-microchannels/2024-11-08T18:18:04-05:00https://s2ts.umd.edu/publication/performance-characterization-of-r134a-and-r245fa-in-a-high-aspect-ratio-microchannel-condenser/2024-11-08T18:18:48-05:00https://s2ts.umd.edu/publication/fluid-flow-and-mass-transfer-characteristics-of-enhanced-co2-capture-in-a-minichannel-reactor/2024-11-08T18:19:41-05:00https://s2ts.umd.edu/publication/energy-consumption-analysis-of-a-medium-size-primary-data-center-in-an-academic-campus/2024-11-08T18:20:32-05:00https://s2ts.umd.edu/publication/experimental-characterization-of-a-nickel-based-manifold-micro-channel-evaporator/2024-11-08T18:22:43-05:00https://s2ts.umd.edu/publication/hydrodynamics-and-mass-transfer-performance-of-a-microreactor-for-enhanced-gas-separation-processes/2024-11-08T18:23:30-05:00https://s2ts.umd.edu/publication/process-intensification-characteristics-of-a-microreactor-absorber-for-enhanced-co2-capture/2024-11-08T18:24:20-05:00https://s2ts.umd.edu/publication/numerical-modeling-and-thermal-optimization-of-a-single-phase-flow-manifold-microchannel-plate-heat-exchanger/2024-11-08T18:25:17-05:00https://s2ts.umd.edu/publication/heat-transfer-and-pressure-drop-characteristics-of-a-flat-plate-manifold-microchannel-heat-exchanger-in-counter-flow-configuration/2024-11-08T18:26:46-05:00https://s2ts.umd.edu/publication/heterogeneous-catalytic-polymerization-of-ethylene-in-micro-tubular-reactor-systems/2024-11-08T18:27:55-05:00https://s2ts.umd.edu/publication/thin-film-evaporation-on-microgrooved-heatsinks-numerical-heat-transfer/2024-11-08T18:29:19-05:00https://s2ts.umd.edu/publication/an-experimental-study-on-energy-saving-analysis-in-the-defrost-cycle-of-residential-heat-pumps-with-the-use-of-reverse-air-flow-during-defrost/2024-11-08T18:29:49-05:00https://s2ts.umd.edu/publication/open-source-laser-polymer-welding-system-design-and-characterization-of-linear-low-density-polyethylene-multilayer-welds/2024-11-08T18:30:23-05:00https://s2ts.umd.edu/publication/air-side-heat-transfer-enhancement-utilizing-design-optimization-and-an-additive-manufacturing-technique/2024-11-08T18:31:37-05:00https://s2ts.umd.edu/publication/energy-modeling-and-analysis-of-a-leed-silver-certified-dining-hall-on-an-academic-campus-a-revisit-three-years-after-its-initial-certification/2024-11-08T18:32:15-05:00https://s2ts.umd.edu/publication/experimental-characterization-of-heat-transfer-in-an-additively-manufactured-polymer-heat-exchanger/2024-11-08T18:33:06-05:00https://s2ts.umd.edu/publication/experimental-characterization-of-an-additively-manufactured-heat-exchanger-for-power-plant-dry-cooling-applications/2024-11-08T18:33:53-05:00https://s2ts.umd.edu/publication/review-of-heat-exchangers-enabled-by-polymer-additive-manufacturing/2024-11-08T18:34:45-05:00https://s2ts.umd.edu/publication/experimental-characterization-of-an-additively-manufactured-heat-exchanger-for-dry-cooling-of-power-plants/2024-11-08T18:35:22-05:00https://s2ts.umd.edu/publication/recent-development-in-high-temperature-heat-exchangers-a-review/2024-11-08T18:36:06-05:00https://s2ts.umd.edu/publication/falling-film-and-spray-evaporation-enhancement-using-an-applied-electric-field/2024-11-08T18:37:06-05:00https://s2ts.umd.edu/publication/an-additively-manufactured-metallic-manifold-microchannel-heat-exchanger-for-high-temperature-applications/2024-11-08T18:37:42-05:00https://s2ts.umd.edu/publication/experimental-characterization-of-an-additively-manufactured-heat-exchanger-for-dry-cooling-of-power-plants-2/2024-11-08T18:38:32-05:00https://s2ts.umd.edu/publication/air-side-enhancement-of-heat-transfer-in-an-additively-manufactured-1-kw-heat-exchanger-for-dry-cooling-applications/2024-11-08T18:39:17-05:00https://s2ts.umd.edu/publication/enhanced-air-side-heat-transfer-in-an-additively-manufactured-polymer-composite-heat-exchanger/2024-11-08T18:40:38-05:00https://s2ts.umd.edu/publication/experimental-characterization-of-heat-transfer-in-an-additively-manufactured-polymer-heat-exchanger-2/2024-11-08T18:41:22-05:00https://s2ts.umd.edu/publication/an-additively-manufactured-novel-polymer-heat-exchanger-for-dry-cooling-applications/2024-11-08T18:42:11-05:00https://s2ts.umd.edu/publication/thermal-management-of-high-power-density-electric-motors-for-electrification-of-aviation-and-beyond/2024-11-08T18:43:58-05:00https://s2ts.umd.edu/publication/next-generation-microchannel-heat-exchangers/2024-11-11T11:47:15-05:00https://s2ts.umd.edu/publication/optimum-cooling-of-data-centers/2024-11-11T12:31:33-05:00https://s2ts.umd.edu/publication/advances-in-energy-efficiency-and-heat-mass-transfer-enhancement/2024-11-11T12:34:01-05:00https://s2ts.umd.edu/publication/advances-in-energy-efficiency-and-heat-mass-transfer-enhancement-2/2024-11-11T12:34:33-05:00https://s2ts.umd.edu/publication/energy-2030/2024-11-11T12:37:41-05:00https://s2ts.umd.edu/publication/energy-2030-2/2024-11-11T12:38:31-05:00https://s2ts.umd.edu/publication/active-augmentation-of-single-phase-and-phase-change-heat-transfer-an-overview/2024-11-11T12:46:30-05:00https://s2ts.umd.edu/publication/condensers/2024-11-11T12:48:09-05:00https://s2ts.umd.edu/publication/liquid-coolers/2024-11-11T12:48:46-05:00https://s2ts.umd.edu/publication/heat-exchangers/2024-11-11T12:50:47-05:00https://s2ts.umd.edu/publication/active-augmentation-of-single-phase-and-phase-change-heat-transfer-an-overview-2/2024-11-11T12:52:59-05:00https://s2ts.umd.edu/publication/condensers-2/2024-11-11T12:53:55-05:00https://s2ts.umd.edu/publication/liquid-coolers-2/2024-11-11T12:55:06-05:00https://s2ts.umd.edu/publication/heat-exchangers-2/2024-11-11T12:56:53-05:00https://s2ts.umd.edu/publication/two-phase-flow/2024-11-11T12:57:37-05:00https://s2ts.umd.edu/publication/electrode-design-fabrication-and-materials-science-for-ehd-enhanced-heat-and-mass-transport/2024-11-11T12:58:17-05:00https://s2ts.umd.edu/publication/condensers-3/2024-11-11T12:59:48-05:00https://s2ts.umd.edu/publication/mass-transfer/2024-11-11T13:00:47-05:00https://s2ts.umd.edu/publication/heat-transfer/2024-11-11T13:01:44-05:00https://s2ts.umd.edu/publication/heat-exchangers-3/2024-11-11T13:02:40-05:00https://s2ts.umd.edu/publication/heat-transfer-2/2024-11-11T13:03:17-05:00https://s2ts.umd.edu/publication/alternative-energy-technologies-price-effects-on-future-energy-research-opportunities/2024-11-11T13:03:57-05:00https://s2ts.umd.edu/publication/mass-transfer-2/2024-11-11T13:04:40-05:00https://s2ts.umd.edu/publication/heat-transfer-3/2024-11-11T13:05:14-05:00https://s2ts.umd.edu/publication/mass-transfer-3/2024-11-11T13:05:50-05:00https://s2ts.umd.edu/publication/cooling-of-next-generation-electronics-for-diverse-applications/2024-11-11T13:06:35-05:00https://s2ts.umd.edu/publication/policies-for-energy-system-transformations-in-global-energy-assessment-towards-a-sustainable-future/2024-11-11T13:07:21-05:00https://s2ts.umd.edu/publication/two-phase-flow-2/2024-11-11T13:10:10-05:00https://s2ts.umd.edu/publication/mass-transfer-4/2024-11-11T13:10:46-05:00https://s2ts.umd.edu/publication/heat-transfer-4/2024-11-11T13:11:23-05:00https://s2ts.umd.edu/publication/micro-channel-heat-and-mass-exchangers/2024-11-11T13:11:58-05:00https://s2ts.umd.edu/publication/energy-efficiency-and-reliability-risk-mitigation-of-data-centers-through-prognostics-and-health-management/2024-11-11T13:12:35-05:00https://s2ts.umd.edu/publication/alternative-energy-technologies-current-status-and-future-perspectives/2024-11-11T13:13:13-05:00https://s2ts.umd.edu/publication/two-phase-flow-3/2024-11-11T13:13:54-05:00https://s2ts.umd.edu/publication/heat-transfer-5/2024-11-11T13:14:28-05:00https://s2ts.umd.edu/publication/mass-transfer-5/2024-11-11T13:15:02-05:00https://s2ts.umd.edu/publication/embedded-two-phase-cooling-of-ultra-high-flux-electronics-using-feeds-manifold-microchannel-heat-sinks/2024-11-11T13:15:41-05:00https://s2ts.umd.edu/publication/degradation-mechanisms-of-embedded-cooling-systems-for-high-heat-flux-power-electronics-particle-erosion-of-silicon-and-silicon-carbide/2024-11-12T12:04:30-05:00https://s2ts.umd.edu/publication/co2-capture-and-sequestration-for-emissions-reduction-and-enhanced-oil-recovery-applications/2024-11-12T12:05:12-05:00https://s2ts.umd.edu/publication/co-2-capture-and-sequestration-for-emissions-reduction-and-enhanced-oil-recovery-applications/2024-11-12T12:05:49-05:00https://s2ts.umd.edu/publication/high-performance-micro-grooved-evaporative-heat-transfer-surface-for-low-grade-waste-heat-recovery-applications/2024-11-12T12:06:17-05:00https://s2ts.umd.edu/publication/thin-film-evaporation-on-microgrooved-surfaces-application-to-cooling-high-heat-flux-electronics/2024-11-12T12:06:47-05:00https://s2ts.umd.edu/publication/experimental-measurements-of-ehd-flow-pattern-in-an-electrostatic-air-oil-separator-by-particle-image-velocimetry/2024-11-12T12:07:15-05:00https://s2ts.umd.edu/publication/applications-of-micro-and-nano-technologies-in-the-oil-and-gas-industry-an-overview-of-the-recent-progress/2024-11-12T12:07:44-05:00https://s2ts.umd.edu/publication/analysis-of-taylor-flow-in-microchannels-by-the-phase-field-method/2024-11-12T12:08:18-05:00https://s2ts.umd.edu/publication/phase-field-method-for-simulation-of-multiphase-flow/2024-11-12T12:09:30-05:00https://s2ts.umd.edu/publication/numerical-simulation-of-mass-transfer-characteristics-in-a-taylor-flow-microreactor/2024-11-12T12:10:17-05:00https://s2ts.umd.edu/publication/high-performance-micro-grooved-evaporative-heat-transfer-surface-for-low-grade-waste-heat-recovery-applications-2/2024-11-12T12:11:02-05:00https://s2ts.umd.edu/publication/heat-transfer-and-pressure-drop-characterization-of-a-tubular-evaporator-using-manifold-on-the-microgrooved-surfaces/2024-11-12T12:11:51-05:00https://s2ts.umd.edu/publication/thin-film-evaporation-on-microstructured-surfaces/2024-11-12T12:12:45-05:00https://s2ts.umd.edu/publication/electrohydrodynamic-ehd-enhanced-separation-of-fine-liquid-droplets-from-gas-flows/2024-11-12T12:13:28-05:00https://s2ts.umd.edu/publication/air-vs-liquid-and-two-phase-cooling-of-data-centers/2024-11-12T12:15:18-05:00https://s2ts.umd.edu/publication/a-case-study-on-impact-of-free-air-cooling-on-performance-of-telecom-equipment/2024-11-12T12:15:51-05:00https://s2ts.umd.edu/publication/numerical-analysis-of-condensation-of-r134a-in-a-single-microchannel/2024-11-12T12:16:23-05:00https://s2ts.umd.edu/publication/achieving-greener-and-lower-cost-data-centers-through-prognostic-health-management-phm/2024-11-12T12:16:57-05:00https://s2ts.umd.edu/publication/simulation-and-thermal-optimization-of-a-manifold-microchannel-flat-plate-heat-exchanger/2024-11-12T12:17:21-05:00https://s2ts.umd.edu/publication/numerical-analysis-of-condensation-of-r134a-in-a-single-microchannel-2/2024-11-12T12:18:39-05:00https://s2ts.umd.edu/publication/experimental-investigation-of-advanced-microscale-reactors-for-enhanced-carbon-capture-and-natural-gas-sweetening-applications/2024-11-12T12:20:38-05:00https://s2ts.umd.edu/publication/experimental-investigation-of-advanced-microscale-reactors-for-enhanced-carbon-capture-and-natural-gas-sweetening-applications-2/2024-11-12T14:52:38-05:00https://s2ts.umd.edu/publication/heat-transfer-and-pressure-drop-characteristics-of-a-liquid-cooled-manifold-microgroove-condenser/2024-11-12T14:53:47-05:00https://s2ts.umd.edu/publication/experimental-investigation-of-enhanced-absorption-of-carbon-dioxide-in-diethanolamine-in-a-microreactor/2024-11-12T14:54:39-05:00https://s2ts.umd.edu/publication/streamline-modeling-of-manifold-microchannels-in-thin-film-evaporation/2024-11-12T14:55:44-05:00https://s2ts.umd.edu/publication/high-efficiency-carbon-captures-technology-utilizing-advanced-micro-structured-surfaces/2024-11-12T14:57:20-05:00https://s2ts.umd.edu/publication/experimental-investigation-of-absorption-of-carbon-dioxide-in-diethanolamine-in-a-microreactor/2024-11-12T14:58:13-05:00https://s2ts.umd.edu/publication/high-efficiency-carbon-captures-technology-utilizing-advanced-micro-structured-surfaces-2/2024-11-12T14:59:55-05:00https://s2ts.umd.edu/publication/thermal-optimization-of-an-air-cooling-heat-exchanger-utilizing-manifold-microchannels/2024-11-12T15:00:34-05:00https://s2ts.umd.edu/publication/effect-of-sand-fouling-on-compact-fin-heat-exchangers/2024-11-12T15:01:21-05:00https://s2ts.umd.edu/publication/velocity-based-defrost-and-frost-inhibition-of-evaporator-coils-of-heat-pumps/2024-11-12T15:02:08-05:00https://s2ts.umd.edu/publication/planar-and-cylindrical-electrostatic-separators-for-enhanced-separation-of-fine-liquid-particles-from-high-velocity-air-stream/2024-11-12T15:02:53-05:00https://s2ts.umd.edu/publication/planar-and-cylindrical-electrostatic-separators-for-enhanced-separation-of-fine-liquid-particles-from-high-velocity-air-stream-2/2024-11-12T15:03:54-05:00https://s2ts.umd.edu/publication/impact-of-additive-manufacturing-on-performance-enhancement-of-heat-exchangers-a-case-study-on-an-air-to-air-heat-exchanger-for-high-temperature-applications/2024-11-12T15:05:59-05:00https://s2ts.umd.edu/publication/review-of-most-recent-progress-on-development-of-polymer-heat-exchangers-for-thermal-management-applications/2024-11-12T15:12:21-05:00https://s2ts.umd.edu/publication/advanced-cooling-designs-for-gan-on-diamond-mmics/2024-11-12T15:13:46-05:00https://s2ts.umd.edu/publication/embedded-two-phase-cooling-of-high-flux-electronics-via-micro-enabled-surfaces-and-fluid-delivery-systems-feeds/2024-11-12T15:14:48-05:00https://s2ts.umd.edu/publication/performance-characterization-of-an-additively-manufactured-titanium-ti64-heat-exchanger-for-an-air-water-cooling-application/2024-11-12T15:15:32-05:00https://s2ts.umd.edu/publication/performance-characterization-of-an-additively-manufactured-titanium-ti64-heat-exchanger-for-an-air-water-cooling-application-2/2024-11-12T15:16:02-05:00https://s2ts.umd.edu/publication/integration-of-micro-contact-enhanced-thermoelectric-cooler-with-a-feeds-manifold-microchannel-system-for-cooling-of-high-flux-electronics/2024-11-12T15:16:41-05:00https://s2ts.umd.edu/publication/comparison-of-near-source-two-phase-flow-cooling-of-power-electronics-in-thermosiphon-and-forced-convection-modes/2024-11-12T15:17:24-05:00https://s2ts.umd.edu/publication/enhanced-air-side-heat-transfer-in-an-additively-manufactured-polymer-composite-heat-exchanger-2/2024-11-12T15:18:10-05:00https://s2ts.umd.edu/publication/simulation-and-experimental-analysis-of-data-centers-in-academic-campus/2024-11-12T15:19:19-05:00https://s2ts.umd.edu/publication/two-phase-flow-regimes-in-a-u-shaped-diabatic-manifolded-microgap-channel/2024-11-12T15:19:52-05:00https://s2ts.umd.edu/publication/additively-manufactured-copper-components-and-composite-structures-for-thermal-management-applications/2024-11-12T15:20:21-05:00https://s2ts.umd.edu/publication/embedded-two-phase-cooling-of-high-heat-flux-electronics-on-silicon-carbide-sic-using-thin-film-evaporation-and-enhanced-delivery-system-feeds-manifold-microchannel-cooler/2024-11-12T15:21:01-05:00https://s2ts.umd.edu/publication/air-side-enhancement-of-heat-transfer-in-an-additively-manufactured-1-kw-heat-exchanger-for-dry-cooling-applications-2/2024-11-12T15:22:41-05:00https://s2ts.umd.edu/publication/analysis-of-energy-efficiency-opportunities-for-a-public-transportation-maintenance-facility-a-case-study/2025-02-19T15:43:08-05:00https://s2ts.umd.edu/publication/ml-enabled-solar-pv-electricity-generation-projection-for-a-large-academic-campus-to-reduce-onsite-co2-emissions/2025-02-19T15:44:31-05:00https://s2ts.umd.edu/publication/control-of-frost-formation-in-refrigeration-applications-utilizing-the-electrohydrodynamic-technique-fundamentals-past-work-and-prospects/2025-02-19T16:12:31-05:00https://s2ts.umd.edu/publication/a-review-of-recent-progress-in-active-frost-prevention-control-techniques-in-refrigeration-and-hvac-systems/2025-02-19T15:55:14-05:00https://s2ts.umd.edu/publication/development-of-a-high-performance-condenser-and-an-evaporator-for-a-high-temperature-heat-pump-utilizing-a-natural-refrigerant/2025-02-19T16:06:42-05:00https://s2ts.umd.edu/publication/experimental-and-numerical-study-of-hydraulic-performance-for-multipass-microchannel-heat-exchangers-fabricated-by-additive-manufacturing/2025-02-19T15:59:35-05:00https://s2ts.umd.edu/publication/analysis-of-energy-saving-opportunities-in-two-large-public-high-schools/2025-02-19T16:10:16-05:00