Promoter
NameBen Newton
Telephone07483223672
Email[email protected]
Websitegpps.global
Description

The Global Power and Propulsion Society invites submissions for its 2024 International Technical Conference, returning to Chania, Crete, from September 4 to 6, 2024. The conference theme explores ‘Innovate, Integrate, Carbon Mitigate: Exploring Turbomachinery Technology in a Sustainable Era.’

Drawing submissions from Europe and worldwide, the GPPS Turbomachinery Technical Conference stands as a renowned event in the Energy and Aviation industries. It serves as a prominent platform for young talents to showcase and promote their research. After the presentation of papers, we are dedicated to disseminating and endorsing this research through various academic indexing portals. To support authors in advancing their research endeavors, all copyrights will be retained by the respective authors post-event.

 

TOPICS

Aeroacoustics & Noise
Combustor & Combustion
Deposition, Erosion, Fouling & Icing in Gas Turbines
Ducts, Nozzles, Exhausts & Component Interaction and Integration
Energy Systems & Carriers
Energy Transition & Renewables
Heat Transfer       
        General interest      
        Film cooling       
        Internal cooling       
        Design and analysis methods
Instrumentation, Control, Testing, Monitoring & Diagnostics
Secondary Air System & Sealing
Mechanics and Materials       
        Stress and vibration       
        Fatigue, fracture and life       
        Rotordynamics       
        Seal/bearing dynamics       
        Design and analysis methods       
        New materials, coatings, manufacturing
Supercritical CO2
Thermodynamic Cycles for Power & Propulsion
Turbomachinery Aerodynamics       
        Axial-flow compressors       
        Radial/mixed-flow compressors       
        Fans/blowers       
        Turbochargers, small turbomachines, new applications       
        Axial/radial-flow turbines       
        Steam turbines       
        Wind turbines       
        Design and analysis methods
Turbomachinery Aeroelasticity       
        Flutter       
        Forced response       
        Nonsynchronous vibration       
        Design and analysis methods
Turbomachinery Unsteady Aerodynamics       
        General interest       
        Rotating stall, rotating instability and surge       
        Blade row interaction and inlet distortion       
        Design and analysis methods
Pumps

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