An experimental study on the coupling effect of swirl ratio and injection timing in reactivity-controlled compression ignition gas engines Lähettänyt globaladmin To, 27.08.2026 - 10.04 Lue lisää An experimental study on the coupling effect of swirl ratio and injection timing in reactivity-controlled compression ignition gas engines Effects of Different Oxygen-Containing Co-solvents’ Molecular Structure and Intermolecular Forces on the Solubility of Methanol-Renewable Diesel Fuel Blends Lähettänyt globaladmin Ma, 24.08.2026 - 09.45 Lue lisää Effects of Different Oxygen-Containing Co-solvents’ Molecular Structure and Intermolecular Forces on the Solubility of Methanol-Renewable Diesel Fuel Blends Comparison of the combustion, performance and emissions of HVO/NG and diesel/NG RCCI engine based on energy balance and correlation analysis Lähettänyt globaladmin Pe, 21.08.2026 - 14.21 Lue lisää Comparison of the combustion, performance and emissions of HVO/NG and diesel/NG RCCI engine based on energy balance and correlation analysis Development of a phenomenological spray model for next generation dual-fuel marine engines: validation in free-field conditions Lähettänyt globaladmin Ti, 04.08.2026 - 15.29 Lue lisää Development of a phenomenological spray model for next generation dual-fuel marine engines: validation in free-field conditions Condition-based monitoring of HCCI engines utilizing vibration signals Lähettänyt globaladmin Ma, 03.08.2026 - 13.39 Lue lisää Condition-based monitoring of HCCI engines utilizing vibration signals Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle Lähettänyt globaladmin Ti, 09.06.2026 - 23.48 Lue lisää Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation Lähettänyt globaladmin Ma, 18.05.2026 - 18.18 Lue lisää From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.16 Lue lisää A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines A system-level simulation framework for developing next-generation marine gas engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.12 Lue lisää A system-level simulation framework for developing next-generation marine gas engines The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Sivutus 1 2 3 4 ›› Seuraava sivu Viimeinen » Viimeinen sivu Tilaa aihepiirin Tehokas ja kestävä polttomoottoritekniikka RSS-syöte
Lähettänyt globaladmin To, 27.08.2026 - 10.04 Lue lisää An experimental study on the coupling effect of swirl ratio and injection timing in reactivity-controlled compression ignition gas engines
Effects of Different Oxygen-Containing Co-solvents’ Molecular Structure and Intermolecular Forces on the Solubility of Methanol-Renewable Diesel Fuel Blends Lähettänyt globaladmin Ma, 24.08.2026 - 09.45 Lue lisää Effects of Different Oxygen-Containing Co-solvents’ Molecular Structure and Intermolecular Forces on the Solubility of Methanol-Renewable Diesel Fuel Blends Comparison of the combustion, performance and emissions of HVO/NG and diesel/NG RCCI engine based on energy balance and correlation analysis Lähettänyt globaladmin Pe, 21.08.2026 - 14.21 Lue lisää Comparison of the combustion, performance and emissions of HVO/NG and diesel/NG RCCI engine based on energy balance and correlation analysis Development of a phenomenological spray model for next generation dual-fuel marine engines: validation in free-field conditions Lähettänyt globaladmin Ti, 04.08.2026 - 15.29 Lue lisää Development of a phenomenological spray model for next generation dual-fuel marine engines: validation in free-field conditions Condition-based monitoring of HCCI engines utilizing vibration signals Lähettänyt globaladmin Ma, 03.08.2026 - 13.39 Lue lisää Condition-based monitoring of HCCI engines utilizing vibration signals Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle Lähettänyt globaladmin Ti, 09.06.2026 - 23.48 Lue lisää Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation Lähettänyt globaladmin Ma, 18.05.2026 - 18.18 Lue lisää From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.16 Lue lisää A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines A system-level simulation framework for developing next-generation marine gas engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.12 Lue lisää A system-level simulation framework for developing next-generation marine gas engines The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Sivutus 1 2 3 4 ›› Seuraava sivu Viimeinen » Viimeinen sivu Tilaa aihepiirin Tehokas ja kestävä polttomoottoritekniikka RSS-syöte
Lähettänyt globaladmin Ma, 24.08.2026 - 09.45 Lue lisää Effects of Different Oxygen-Containing Co-solvents’ Molecular Structure and Intermolecular Forces on the Solubility of Methanol-Renewable Diesel Fuel Blends
Comparison of the combustion, performance and emissions of HVO/NG and diesel/NG RCCI engine based on energy balance and correlation analysis Lähettänyt globaladmin Pe, 21.08.2026 - 14.21 Lue lisää Comparison of the combustion, performance and emissions of HVO/NG and diesel/NG RCCI engine based on energy balance and correlation analysis Development of a phenomenological spray model for next generation dual-fuel marine engines: validation in free-field conditions Lähettänyt globaladmin Ti, 04.08.2026 - 15.29 Lue lisää Development of a phenomenological spray model for next generation dual-fuel marine engines: validation in free-field conditions Condition-based monitoring of HCCI engines utilizing vibration signals Lähettänyt globaladmin Ma, 03.08.2026 - 13.39 Lue lisää Condition-based monitoring of HCCI engines utilizing vibration signals Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle Lähettänyt globaladmin Ti, 09.06.2026 - 23.48 Lue lisää Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation Lähettänyt globaladmin Ma, 18.05.2026 - 18.18 Lue lisää From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.16 Lue lisää A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines A system-level simulation framework for developing next-generation marine gas engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.12 Lue lisää A system-level simulation framework for developing next-generation marine gas engines The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Sivutus 1 2 3 4 ›› Seuraava sivu Viimeinen » Viimeinen sivu Tilaa aihepiirin Tehokas ja kestävä polttomoottoritekniikka RSS-syöte
Lähettänyt globaladmin Pe, 21.08.2026 - 14.21 Lue lisää Comparison of the combustion, performance and emissions of HVO/NG and diesel/NG RCCI engine based on energy balance and correlation analysis
Development of a phenomenological spray model for next generation dual-fuel marine engines: validation in free-field conditions Lähettänyt globaladmin Ti, 04.08.2026 - 15.29 Lue lisää Development of a phenomenological spray model for next generation dual-fuel marine engines: validation in free-field conditions Condition-based monitoring of HCCI engines utilizing vibration signals Lähettänyt globaladmin Ma, 03.08.2026 - 13.39 Lue lisää Condition-based monitoring of HCCI engines utilizing vibration signals Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle Lähettänyt globaladmin Ti, 09.06.2026 - 23.48 Lue lisää Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation Lähettänyt globaladmin Ma, 18.05.2026 - 18.18 Lue lisää From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.16 Lue lisää A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines A system-level simulation framework for developing next-generation marine gas engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.12 Lue lisää A system-level simulation framework for developing next-generation marine gas engines The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Sivutus 1 2 3 4 ›› Seuraava sivu Viimeinen » Viimeinen sivu Tilaa aihepiirin Tehokas ja kestävä polttomoottoritekniikka RSS-syöte
Lähettänyt globaladmin Ti, 04.08.2026 - 15.29 Lue lisää Development of a phenomenological spray model for next generation dual-fuel marine engines: validation in free-field conditions
Condition-based monitoring of HCCI engines utilizing vibration signals Lähettänyt globaladmin Ma, 03.08.2026 - 13.39 Lue lisää Condition-based monitoring of HCCI engines utilizing vibration signals Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle Lähettänyt globaladmin Ti, 09.06.2026 - 23.48 Lue lisää Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation Lähettänyt globaladmin Ma, 18.05.2026 - 18.18 Lue lisää From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.16 Lue lisää A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines A system-level simulation framework for developing next-generation marine gas engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.12 Lue lisää A system-level simulation framework for developing next-generation marine gas engines The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Sivutus 1 2 3 4 ›› Seuraava sivu Viimeinen » Viimeinen sivu Tilaa aihepiirin Tehokas ja kestävä polttomoottoritekniikka RSS-syöte
Lähettänyt globaladmin Ma, 03.08.2026 - 13.39 Lue lisää Condition-based monitoring of HCCI engines utilizing vibration signals
Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle Lähettänyt globaladmin Ti, 09.06.2026 - 23.48 Lue lisää Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation Lähettänyt globaladmin Ma, 18.05.2026 - 18.18 Lue lisää From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.16 Lue lisää A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines A system-level simulation framework for developing next-generation marine gas engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.12 Lue lisää A system-level simulation framework for developing next-generation marine gas engines The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Sivutus 1 2 3 4 ›› Seuraava sivu Viimeinen » Viimeinen sivu Tilaa aihepiirin Tehokas ja kestävä polttomoottoritekniikka RSS-syöte
Lähettänyt globaladmin Ti, 09.06.2026 - 23.48 Lue lisää Investigation of Influential Parameters on the Integrated Hydrogen Argon Power Cycle
From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation Lähettänyt globaladmin Ma, 18.05.2026 - 18.18 Lue lisää From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.16 Lue lisää A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines A system-level simulation framework for developing next-generation marine gas engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.12 Lue lisää A system-level simulation framework for developing next-generation marine gas engines The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Sivutus 1 2 3 4 ›› Seuraava sivu Viimeinen » Viimeinen sivu Tilaa aihepiirin Tehokas ja kestävä polttomoottoritekniikka RSS-syöte
Lähettänyt globaladmin Ma, 18.05.2026 - 18.18 Lue lisää From case-specific to general tuning: A structured, system-level framework for scalable RCCI simulation
A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.16 Lue lisää A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines A system-level simulation framework for developing next-generation marine gas engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.12 Lue lisää A system-level simulation framework for developing next-generation marine gas engines The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Sivutus 1 2 3 4 ›› Seuraava sivu Viimeinen » Viimeinen sivu Tilaa aihepiirin Tehokas ja kestävä polttomoottoritekniikka RSS-syöte
Lähettänyt globaladmin Ma, 18.05.2026 - 18.16 Lue lisää A novel parallel solver using decoupled chemical–physical integration for rapid multizone simulation of reactivity controlled combustion in engines
A system-level simulation framework for developing next-generation marine gas engines Lähettänyt globaladmin Ma, 18.05.2026 - 18.12 Lue lisää A system-level simulation framework for developing next-generation marine gas engines The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Sivutus 1 2 3 4 ›› Seuraava sivu Viimeinen » Viimeinen sivu Tilaa aihepiirin Tehokas ja kestävä polttomoottoritekniikka RSS-syöte
Lähettänyt globaladmin Ma, 18.05.2026 - 18.12 Lue lisää A system-level simulation framework for developing next-generation marine gas engines
The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems
Lähettänyt globaladmin Ma, 18.05.2026 - 18.03 Lue lisää The Interplay Between Combustion and Component Thermal Loading in Next-Generation Marine Engines Employing Reactivity-Controlled Compression Ignition
Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems
Lähettänyt globaladmin Ke, 06.05.2026 - 13.50 Lue lisää Predictive adaptive reactivity-controlled compression ignition for a dual-fuel marine engine: A model-in-the-loop study
Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems
Lähettänyt globaladmin Ma, 27.04.2026 - 12.38 Lue lisää Limits of high-pressure hydrogen jet combustion in argon power cycle-based energy systems
