| Nome |
# |
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Inverted Brayton Cycle for waste heat recovery in reciprocating internal combustion engines, file e2188bfb-a299-f28d-e053-d805fe0ac2bb
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5.756
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Energy Saving Potential in Existing Volumetric Rotary Compressors, file e2188bf9-5927-f28d-e053-d805fe0ac2bb
|
75
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Experimental characterization and energy performance assessment of a sorption-enhanced steam–methane reforming system, file e2188bfb-9b6f-f28d-e053-d805fe0ac2bb
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43
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A dual-intake-port technology as a design option for a Sliding Vane Rotary Expander of small-scale ORC-based power units, file e2188bfb-98dc-f28d-e053-d805fe0ac2bb
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40
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Feasibility Assessment of a Dual Intake-Port Scroll Expander Operating in an ORC-Based Power Unit, file e2188bfb-e5d9-f28d-e053-d805fe0ac2bb
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25
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Design and analysis of a sliding vane pump for waste heat to power conversion systems using organic fluids, file e2188bfb-9eec-f28d-e053-d805fe0ac2bb
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19
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Experimental and numerical analyses on a plate heat exchanger with phase change for waste heat recovery at off-design conditions, file e2188bf9-4ada-f28d-e053-d805fe0ac2bb
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18
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Experimental validation of a new modeling for the design optimization of a sliding vane rotary expander operating in an orc-based power unit, file e2188bfb-0223-f28d-e053-d805fe0ac2bb
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18
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Performances of an ORC power unit for Waste Heat Recovery on Heavy Duty Engine, file e2188bfa-2972-f28d-e053-d805fe0ac2bb
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16
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Experimental and numerical characterization of a positive displacement vane expander with an auxiliary injection port for an ORC-based power unit, file e2188bfa-86e7-f28d-e053-d805fe0ac2bb
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16
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An improvement to waste heat recovery in internal combustion engines via combined technologies, file e2188bfb-9e76-f28d-e053-d805fe0ac2bb
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16
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Fuel Economy Benefits of a New Engine Cooling Pump Based on Sliding Vane Technology with Variable Eccentricity, file e2188bf9-4e67-f28d-e053-d805fe0ac2bb
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15
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The Potential of Mixtures of Pure Fluids in ORC-based Power Units fed by Exhaust Gases in Internal Combustion Engines, file e2188bfa-2254-f28d-e053-d805fe0ac2bb
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15
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Experimental and Numerical Characterization of the Sliding Rotary Vane Expander Intake Pressure in Order to Develop a Novel Control-Diagnostic Procedure, file e2188bfb-01c3-f28d-e053-d805fe0ac2bb
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15
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Theoretical and experimental control strategies assessment of a Sliding Vane Oil Pump, file e2188bfb-9567-f28d-e053-d805fe0ac2bb
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15
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Design and Operational Control Strategy for Optimum Off-Design Performance of an ORC Plant for Low-Grade Waste Heat Recovery, file e2188bfb-97fc-f28d-e053-d805fe0ac2bb
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15
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The reporting of sustainable energy action plans of municipalities: Methodology and results of case studies from the abruzzo region, file e2188bfb-9c39-f28d-e053-d805fe0ac2bb
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15
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Design improvement of volumetric pump for engine cooling in the transportation sector, file e2188bfb-a262-f28d-e053-d805fe0ac2bb
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15
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Development of an Organic Rankine Cycle system for exhaust energy recovery in internal combustion engines, file e2188bf9-4ad8-f28d-e053-d805fe0ac2bb
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14
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Low grade thermal recovery based on trilateral flash cycles using recent pure fluids and mixtures, file e2188bfa-3081-f28d-e053-d805fe0ac2bb
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14
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On the rapid discharge of subsea accumulators: remarks on the normed design method and proposal of improvement, file e2188bfa-9f4a-f28d-e053-d805fe0ac2bb
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14
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Development and numerical assessment of a regulation strategy for Sliding Rotary Vane Expander based on revolution speed variation, file e2188bfb-9147-f28d-e053-d805fe0ac2bb
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14
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Model based design of an intercooled dual stage sliding vane rotary compressor system, file e2188bf9-379b-f28d-e053-d805fe0ac2bb
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13
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Modeling and Experimental Activities on a Small-scale Sliding Vane Pump for ORC-based Waste heat Recovery Applications, file e2188bfa-4a86-f28d-e053-d805fe0ac2bb
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13
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Effects of Oil Warm up Acceleration on the Fuel Consumption of Reciprocating Internal Combustion Engines, file e2188bf9-4d62-f28d-e053-d805fe0ac2bb
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12
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Model based design and optimization of a fuel cell electric vehicle, file e2188bf9-69e8-f28d-e053-d805fe0ac2bb
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12
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Experimental assessment of engine charge air cooling by a refrigeration unit, file e2188bfa-2850-f28d-e053-d805fe0ac2bb
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12
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Deforming grid generation for numerical simulations of fluid dynamics in sliding vane rotary machines, file e2188bfa-4642-f28d-e053-d805fe0ac2bb
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12
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Numerical CFD Simulations and Indicated Pressure Measurements on a Sliding Vane Expander for Heat to Power Conversion Applications, file e2188bfb-04f6-f28d-e053-d805fe0ac2bb
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12
|
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Dual intake rotary vane expander technology: Experimental and theoretical assessment, file e2188bfb-979f-f28d-e053-d805fe0ac2bb
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12
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On the effects of leakages in Sliding Rotary Vane Expanders, file e2188bfb-9e8d-f28d-e053-d805fe0ac2bb
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11
|
|
Experimental Assessments on a Pressure Swirl Oil Atomizer for Positive Displacement Vane Compressors, file e2188bf9-5926-f28d-e053-d805fe0ac2bb
|
10
|
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Model based control of the inlet pressure of a sliding vane rotary expander operating in an ORC-based power unit, file e2188bfb-a0a9-f28d-e053-d805fe0ac2bb
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10
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Development and numerical modelling of a supercharging technique for positive displacement expanders, file e2188bfb-9c63-f28d-e053-d805fe0ac2bb
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9
|
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Performance Enhancement in Sliding Vane Rotary Compressors through a Sprayed Oil Injection Technology, file e2188bf9-3977-f28d-e053-d805fe0ac2bb
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5
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Technical review of opportunities to reduce the warm-up time of lubricant oil in a light-duty diesel engine, file e2188bfb-042b-f28d-e053-d805fe0ac2bb
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4
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Sliding vane rotary compressor technology and energy saving, file e2188bf9-74ba-f28d-e053-d805fe0ac2bb
|
3
|
|
Engine oil Thermal Management: Oil Sump Volume Modification and Heating by Exhaust Heat during ICE Warm Up, file e2188bfb-0944-f28d-e053-d805fe0ac2bb
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3
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Permeability effects assessment on recovery performances of small-scale ORC plant, file e2188bfb-9e78-f28d-e053-d805fe0ac2bb
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3
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Development and experimental assessment of a Low Speed Sliding Rotary Vane Pump for heavy duty engine cooling systems, file b63f00aa-f449-49df-bc74-35880e195572
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2
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An innovative gas turbine plant for parabolic trough concentrated solar power plants, file e2188bf9-04c9-f28d-e053-d805fe0ac2bb
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2
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A survey on model-based air to fuel ratio control for LPG engines, file e2188bf9-0c18-f28d-e053-d805fe0ac2bb
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2
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Sliding vane rotary compressor technology and energy saving, file e2188bf9-1677-f28d-e053-d805fe0ac2bb
|
2
|
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Analysis of the Potential Performance of a Combined Hybrid Vehicle with Optimal Supervisory Control, file e2188bf9-28c1-f28d-e053-d805fe0ac2bb
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2
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Energy Recovery using Sliding Vane
Rotary Expanders, file e2188bf9-3a45-f28d-e053-d805fe0ac2bb
|
2
|
|
Experimental characterization of a hermetic scroll expander operating in an ORC-based power unit bottoming an internal combustion engine, file e2188bfb-042d-f28d-e053-d805fe0ac2bb
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2
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Experimental characterization of a small-scale solar Organic Rankine Cycle (ORC) based unit for domestic microcogeneration, file e2188bfb-e538-f28d-e053-d805fe0ac2bb
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2
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Assessment of the differential impact of scroll and sliding vane rotary expander permeability on the energy performance of a small-scale solar-ORC unit, file 936f6279-1e7a-4b12-9838-e483feb943bd
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1
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A teoretical and experimental activity on the dynamical behaviour of ICE varying area manifolds, file e2188bf9-0279-f28d-e053-d805fe0ac2bb
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1
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Development of thermal modeling in support of engine cooling design, file e2188bf9-04ad-f28d-e053-d805fe0ac2bb
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1
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On-line identification of fuel dynamics for a model-based injection control, file e2188bf9-0c11-f28d-e053-d805fe0ac2bb
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1
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A fully transient model for advanced engine thermal management, file e2188bf9-0c12-f28d-e053-d805fe0ac2bb
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1
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Model-Based A/F control for liquid-phase injected SI ICEs, file e2188bf9-0cd0-f28d-e053-d805fe0ac2bb
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1
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Air/Fuel Model Based Control in SI Internal Combustion Engines, file e2188bf9-1d1b-f28d-e053-d805fe0ac2bb
|
1
|
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Vehicle thermal management: a model-based approach, file e2188bf9-2038-f28d-e053-d805fe0ac2bb
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1
|
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Performances and opportunities of an engine cooling system with a double circuit at two temperature levels, file e2188bf9-357d-f28d-e053-d805fe0ac2bb
|
1
|
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Experimental Analysis of an Organic Rankine Cycle Plant Bottoming a Heavy-Duty Engine Using Axial Turbine as Prime Mover, file e2188bfa-1efe-f28d-e053-d805fe0ac2bb
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1
|
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A New Approach for Designing and Testing Engine Coolant Pump Electrically Actuated, file e2188bfb-9b09-f28d-e053-d805fe0ac2bb
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1
|
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Triple-screw pumps for ICE cooling systems in the transportation sector, file fd92be17-1e18-44d1-9dc4-eef8616427ee
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1
|
| Totale |
6.387 |