Канал: Chemical Propulsion Laboratory - UnB

Hybrid rocket engine test (with TVC gimbal), blended fuel

Hybrid rocket engine test (with TVC gimbal), blended fuel

Capital Rocket Team Conducts Successful BOSCOV Static Fire Test at CPL

Capital Rocket Team Conducts Successful BOSCOV Static Fire Test at CPL

Hybrid rocket engine test (with TVC gimbal)

Hybrid rocket engine test (with TVC gimbal)

Three-axis clinostat for microgravity experiments

Three-axis clinostat for microgravity experiments

Thrust Vector Control for a Hybrid Rocket Engine

Thrust Vector Control for a Hybrid Rocket Engine

Demo video from Campus Party 2023

Demo video from Campus Party 2023

Hybrid Rocket Engine of CPL in Campus Party 2023

Hybrid Rocket Engine of CPL in Campus Party 2023

Study of thermal load distribution in the ramjet engine

Study of thermal load distribution in the ramjet engine

Static test 2 of the hybrid rocket motor Circe

Static test 2 of the hybrid rocket motor Circe

Static test of the hybrid rocket motor Circe

Static test of the hybrid rocket motor Circe

Gas Dynamics: Lecture 17: Turbulent Boundary Layers

Gas Dynamics: Lecture 17: Turbulent Boundary Layers

Aerodynamics: Lecture 17: Three-Dimensional Incompressible Flow

Aerodynamics: Lecture 17: Three-Dimensional Incompressible Flow

Gas Dynamics: Lecture 16: Introduction to the Fundamental Principles and Equations of Viscous Flow

Gas Dynamics: Lecture 16: Introduction to the Fundamental Principles and Equations of Viscous Flow

Aerodynamics: Lecture 16: Incompressible Flow over Finite Wings

Aerodynamics: Lecture 16: Incompressible Flow over Finite Wings

Gas Dynamics: Lecture 15: Numerical Techniques for Supersonic Flow, Elements of Hypersonic Flow

Gas Dynamics: Lecture 15: Numerical Techniques for Supersonic Flow, Elements of Hypersonic Flow

Aerodynamics: Lecture 15: Incompressible Flow over Finite Wings

Aerodynamics: Lecture 15: Incompressible Flow over Finite Wings

Gas Dynamics: Lecture 14: Introduction to Numerical Techniques for Nonlinear Supersonic Flow

Gas Dynamics: Lecture 14: Introduction to Numerical Techniques for Nonlinear Supersonic Flow

Aerodynamics: Lecture 14: Incompressible Flow over Airfoils

Aerodynamics: Lecture 14: Incompressible Flow over Airfoils

Gas Dynamics: Lecture 13: Introduction to Numerical Techniques for Nonlinear Supersonic Flow

Gas Dynamics: Lecture 13: Introduction to Numerical Techniques for Nonlinear Supersonic Flow

Aerodynamics: Lecture 13: Incompressible Flow over Airfoils

Aerodynamics: Lecture 13: Incompressible Flow over Airfoils

Gas Dynamics: Lecture 12: Subsonic Compressible Flow over Airfoils: Linear Theory

Gas Dynamics: Lecture 12: Subsonic Compressible Flow over Airfoils: Linear Theory

Aerodynamics: Lecture 12: Incompressible Flow over Airfoils

Aerodynamics: Lecture 12: Incompressible Flow over Airfoils

Gas Dynamics: Lecture 11: Subsonic Compressible Flow over Airfoils: Linear Theory

Gas Dynamics: Lecture 11: Subsonic Compressible Flow over Airfoils: Linear Theory

Aerodynamics: Lecture 11: Incompressible Flow over Airfoils

Aerodynamics: Lecture 11: Incompressible Flow over Airfoils

Gas Dynamics: Lecture 10: Compressible Flow through Nozzles, Diffusers, Wind Tunnels, Airfoils

Gas Dynamics: Lecture 10: Compressible Flow through Nozzles, Diffusers, Wind Tunnels, Airfoils

Aerodynamics: Lecture 10: Fundamentals of Inviscid, Incompressible Flow

Aerodynamics: Lecture 10: Fundamentals of Inviscid, Incompressible Flow

Gas Dynamics: Lecture 9: Compressible Flow through Nozzles

Gas Dynamics: Lecture 9: Compressible Flow through Nozzles

Aerodynamics: Lecture 9: Fundamentals of Inviscid, Incompressible Flow

Aerodynamics: Lecture 9: Fundamentals of Inviscid, Incompressible Flow

Gas Dynamics: Lecture 8: Oblique Shock and Expansion Waves, Nozzles, Diffusers, and Wind Tunnels

Gas Dynamics: Lecture 8: Oblique Shock and Expansion Waves, Nozzles, Diffusers, and Wind Tunnels

Aerodynamics: Lecture 8: Fundamentals of Inviscid, Incompressible Flow

Aerodynamics: Lecture 8: Fundamentals of Inviscid, Incompressible Flow

Gas Dynamics: Lecture 7: Oblique Shock and Expansion Waves

Gas Dynamics: Lecture 7: Oblique Shock and Expansion Waves

Aerodynamics: Lecture 7: Some Fundamental Principles and Equations

Aerodynamics: Lecture 7: Some Fundamental Principles and Equations

Gas Dynamics: Lecture 6: Oblique Shock and Expansion Waves

Gas Dynamics: Lecture 6: Oblique Shock and Expansion Waves

Aerodynamics: Lecture 6: Suggestions about the Report 1 in Aerodynamics

Aerodynamics: Lecture 6: Suggestions about the Report 1 in Aerodynamics

Gas Dynamics: Lecture 5: Oblique Shock and Expansion Waves

Gas Dynamics: Lecture 5: Oblique Shock and Expansion Waves

Aerodynamics: Lecture 5: Some fundamental principles and equations

Aerodynamics: Lecture 5: Some fundamental principles and equations

Gas Dynamics: Lecture 4: Oblique Shock and Expansion Waves

Gas Dynamics: Lecture 4: Oblique Shock and Expansion Waves

Aerodynamics: Lecture 4: Some Introductory Thoughts

Aerodynamics: Lecture 4: Some Introductory Thoughts

Gas Dynamics: Lecture 3: Normal Shock Waves and Related Topics

Gas Dynamics: Lecture 3: Normal Shock Waves and Related Topics

Aerodynamics: Lecture 3: Some Introductory Thoughts

Aerodynamics: Lecture 3: Some Introductory Thoughts

Aerodynamics: Lecture 2: Some Introductory Thoughts

Aerodynamics: Lecture 2: Some Introductory Thoughts

Gas Dynamics: Lecture 2: Normal Shock Waves and Related Topics

Gas Dynamics: Lecture 2: Normal Shock Waves and Related Topics

Gas Dynamics: Lecture 1: Compressible Flow: Some Preliminary Aspects

Gas Dynamics: Lecture 1: Compressible Flow: Some Preliminary Aspects

Aerodynamics: Lecture 1: Some Introductory Thoughts

Aerodynamics: Lecture 1: Some Introductory Thoughts

Development of the 3D Printed Fuel Grain for a Solid-Fuel Ramjet Engine

Development of the 3D Printed Fuel Grain for a Solid-Fuel Ramjet Engine

Design and Construction of a Didactic Low-Velocity Wind Tunnel

Design and Construction of a Didactic Low-Velocity Wind Tunnel

Numerical Simulation of a Connected-Pipe Test Ramjet Motor

Numerical Simulation of a Connected-Pipe Test Ramjet Motor

Experimental and numerical study of 3D-printed parts for a pulmonary ventilator circuit

Experimental and numerical study of 3D-printed parts for a pulmonary ventilator circuit

Implementation of the Ramjet Control Algorithm in the Connected-Pipe Test Bench

Implementation of the Ramjet Control Algorithm in the Connected-Pipe Test Bench

Design of a Vertical Test Bench for Hybrid Rocket Motors with TVC Testing Capabilities

Design of a Vertical Test Bench for Hybrid Rocket Motors with TVC Testing Capabilities

Simulation of combustion in a rocket engine with Ansys Fluent

Simulation of combustion in a rocket engine with Ansys Fluent

Questionnaire on Gas Dynamics 14

Questionnaire on Gas Dynamics 14

Questionnaire on Gas Dynamics 13

Questionnaire on Gas Dynamics 13

Questionnaire on Gas Dynamics 12

Questionnaire on Gas Dynamics 12

Questionnaire on Aerodynamics 10

Questionnaire on Aerodynamics 10

Carbon composite hybrid motor test

Carbon composite hybrid motor test

Questionnaire on Gas Dynamics 11

Questionnaire on Gas Dynamics 11

Questionnaire on Gas Dynamics 10

Questionnaire on Gas Dynamics 10

Questionnaire on Gas Dynamics 9

Questionnaire on Gas Dynamics 9

Questionnaire on Gas Dynamics 8

Questionnaire on Gas Dynamics 8

Questionnaire on Aerodynamics 9

Questionnaire on Aerodynamics 9

Questionnaire on Aerodynamics 8

Questionnaire on Aerodynamics 8

Development of a Thrust Control System for Rocket Engines

Development of a Thrust Control System for Rocket Engines

Investigation of a Dual-Fuel Hybrid Rocket Engine for Missile and Rocket Applications

Investigation of a Dual-Fuel Hybrid Rocket Engine for Missile and Rocket Applications

Questionnaire on Gas Dynamics 7

Questionnaire on Gas Dynamics 7

Questionnaire on Aerodynamics 7

Questionnaire on Aerodynamics 7

Questionnaire on Gas Dynamics 6

Questionnaire on Gas Dynamics 6

Questionnaire on Aerodynamics 6

Questionnaire on Aerodynamics 6

Questionnaire on Gas Dynamics 5

Questionnaire on Gas Dynamics 5

Questionnaire on Aerodynamics 5

Questionnaire on Aerodynamics 5

Questionnaire on Gas Dynamics 4

Questionnaire on Gas Dynamics 4

Questionnaire on Gas Dynamics 3

Questionnaire on Gas Dynamics 3

Questionnaire on Aerodynamics 4

Questionnaire on Aerodynamics 4

Questionnaire on Gas Dynamics 2

Questionnaire on Gas Dynamics 2

Questionnaire on Aerodynamics 3

Questionnaire on Aerodynamics 3

Questionnaire on Aerodynamics 2

Questionnaire on Aerodynamics 2

Questionnaire on Aerodynamics 1

Questionnaire on Aerodynamics 1

Questionnaire on Gas Dynamics 1

Questionnaire on Gas Dynamics 1

Results of the research project "Thrust control system for a hybrid rocket engine"

Results of the research project "Thrust control system for a hybrid rocket engine"

Chemical Propulsion Laboratory - UnB Live Stream

Chemical Propulsion Laboratory - UnB Live Stream

Solid fuel ramjet working on paraffin

Solid fuel ramjet working on paraffin

Solid fuel ramjet working on HDPE

Solid fuel ramjet working on HDPE

Composite nozzle #4 destruction test

Composite nozzle #4 destruction test

Composite nozzle #3 destruction test

Composite nozzle #3 destruction test

Composite nozzle #2 destruction test

Composite nozzle #2 destruction test

Composite nozzle #1 destruction test

Composite nozzle #1 destruction test

Cold flow controlled by real-time flow simulation

Cold flow controlled by real-time flow simulation

Hybrid motor controlled by real-time flow simulation (improved)

Hybrid motor controlled by real-time flow simulation (improved)

Hybrid motor destruction test

Hybrid motor destruction test

Gas torch igniter test

Gas torch igniter test

Test of the ignition system reliability

Test of the ignition system reliability

Multiple ignition of the solid fuel ramjet

Multiple ignition of the solid fuel ramjet

Hybrid motor controlled by real-time flow simulation

Hybrid motor controlled by real-time flow simulation

Hybrid motor test

Hybrid motor test

External Geometry Simulation in Ansys Fluent

External Geometry Simulation in Ansys Fluent

Supersonic nozzle simulation in Ansys Fluent - part 3

Supersonic nozzle simulation in Ansys Fluent - part 3

Supersonic nozzle simulation in Ansys Fluent - part 2

Supersonic nozzle simulation in Ansys Fluent - part 2

Supersonic nozzle simulation in Ansys Fluent - part 1

Supersonic nozzle simulation in Ansys Fluent - part 1

Airfoil Simulation study in Ansys Fluent - part 5

Airfoil Simulation study in Ansys Fluent - part 5

Supersonic Diffuser simulation in Ansys Fluent - part 4

Supersonic Diffuser simulation in Ansys Fluent - part 4

Airfoil Simulation study in Ansys Fluent - part 4

Airfoil Simulation study in Ansys Fluent - part 4

Supersonic Diffuser simulation in Ansys Fluent - part 3

Supersonic Diffuser simulation in Ansys Fluent - part 3

Supersonic Diffuser simulation in Ansys Fluent - part 2

Supersonic Diffuser simulation in Ansys Fluent - part 2

Supersonic Diffuser simulation in Ansys Fluent - part 1

Supersonic Diffuser simulation in Ansys Fluent - part 1

Airfoil Simulation study in Ansys Fluent - part 3

Airfoil Simulation study in Ansys Fluent - part 3

Airfoil Simulation study in Ansys Fluent part 2

Airfoil Simulation study in Ansys Fluent part 2

Airfoil Simulation study in Ansys Fluent part 1

Airfoil Simulation study in Ansys Fluent part 1

Hybrid Rocket motor test - 41 second

Hybrid Rocket motor test - 41 second

Ramjet burner concept simulation - k-o SST turbulence

Ramjet burner concept simulation - k-o SST turbulence

Ramjet burner concept simulation - DES turbulence

Ramjet burner concept simulation - DES turbulence

Hybrid rocket motor test 14.06.2017

Hybrid rocket motor test 14.06.2017

Overexpanded Nozzle flow reflection from the plate

Overexpanded Nozzle flow reflection from the plate

Nozzle flow reflection from the plate

Nozzle flow reflection from the plate

Hybrid rocket motor test

Hybrid rocket motor test

Flow around the cylinder Re=140 - Vorticity

Flow around the cylinder Re=140 - Vorticity

Flow around the cylinder Re=140 - Streamlines

Flow around the cylinder Re=140 - Streamlines

Ramjet flow simulation

Ramjet flow simulation

Ramjet flow simulation

Ramjet flow simulation

Flow in the supersonic nozzle (pressure, pressure based)

Flow in the supersonic nozzle (pressure, pressure based)

Flow in the supersonic nozzle (pressure, density based)

Flow in the supersonic nozzle (pressure, density based)

Flow in the supersonic nozzle (pressure, density based)

Flow in the supersonic nozzle (pressure, density based)

Flow in the supersonic nozzle (Mach, density based)

Flow in the supersonic nozzle (Mach, density based)

Flow in the supersonic nozzle (Mach, pressure based)

Flow in the supersonic nozzle (Mach, pressure based)

Flow in the supersonic nozzle (Mach, density based)

Flow in the supersonic nozzle (Mach, density based)

Flow around the cylinder Re=140

Flow around the cylinder Re=140