Comparative Aerodynamic Performance Analysis on Modified UAV’s Propeller by Using CFD

von Asher, Prisha K.
Veröffentlicht in ICoRD (8. : 2021 : Online) Design for tomorrow ; Volume 2 (2021)

IN SILICO STUDIES ON CONTOUR OPTIMIZATION OF ENVIRONMENTAL FRIENDLY ANNULAR AEROSPIKE NOZZLE WITH MULTIPLE CHEVRON

von Shankaran, Sai B.
Veröffentlicht in AIAA Propulsion and Energy Forum (2021 : Online) Inlets, nozzles, and propulsion systems integration (2021)

DESIGN OPTIMIZATION OF A VARIABLE THRUST NANOSCALE NOZZLE-LESS PROPULSION SYSTEM

von Kumar, VR Sanal
Veröffentlicht in AIAA Aviation Forum (2021 : Online) Fluid dynamics ; Volume 2 of 2 (2021)

PREDICTIVE CONTROL OF FLOW CHOKING PHENOMENA IN MULTIMODE PROPULSION SYSTEMS THROUGH THE PLASMA-ACOUSTIC COUPLING MECHANISM

von Lukin, Alexander N.
Veröffentlicht in AIAA Propulsion and Energy Forum (2021 : Online) Advanced propulsion concepts (2021)

OPTIMIZATION OF HIGH PAYLOAD UNMANNED AERIAL VEHICLE’S PROPELLERS BASED ON ENERGY FORMATION BY USING COMPUTATIONAL VIBRATIONAL ANALYSES

von Kulandaiyaappan, Naveen Kumar
Veröffentlicht in AIAA Propulsion and Energy Forum (2021 : Online) Propulsion and power systems on unmanned systems (2021)

THE PHYSICS OF DETONATION CHEMISTRY: A RADICAL THEORY IN PREDICTING THE DEFLAGRATION TO DETONATION TRANSITION, ENVIRONMENTAL AND SUPERNOVA EXPLOSIONS

von Kumar, Vr Sanal
Veröffentlicht in AIAA Propulsion and Energy Forum (2021 : Online) Advanced propulsion concepts (2021)

Sanal Flow Choking and/or Sonic-Fluid-Throat Effect Reconfirms the Chapman–Jouguet Condition of Detonation Propagation and Ceases

von Kumar, V. R. Sanal
Veröffentlicht in AIAA Aviation Forum (2023 : San Diego, Calif.; Online) Transformational flight ; Volume 2 of 2 (2023)

Sanal Flow Choking And/Or Sonic-Fluid-Throat Effect Reconfirms the Chapman–Jouguet Condition of Detonation Propagation and Ceases

von Kumar, V. R. Sanal
Veröffentlicht in AIAA Aviation Forum (2023 : San Diego, Calif.; Online) Atmospheric and space environments (2023)

Sanal Flow Choking And/or Sonic-Fluid-Throat Effect Reconfirms the Chapman–Jouguet Condition of Detonation Propagation and Ceases

von Kumar, Vr Sanal
Veröffentlicht in AIAA Aviation Forum (2023 : San Diego, Calif.; Online) Plasmadynamics and lasers (2023)

Sanal Flow Choking And/Or Sonic-Fluid-Throat Effect Reconfirms the Chapman–Jouguet Condition of Detonation Propagation and Ceases

von Kumar, V. R. Sanal
Veröffentlicht in AIAA Aviation Forum (2023 : San Diego, Calif.; Online) Solid rockets (2023)