Nicholas Colavecchio

Mechanical engineering student at the University of Rhode Island.

NASA CNTR

The hydrogen flow for the NASA Centrifugal Nuclear Thermal Rocket. The NASA CNTR concept is an innovative liquid-core nuclear rocket utilizing centrifugal forces for quick round trips to Mars with ~1500-1800s specific impulse and a 90-minute burn time.

NASA CNTR

The hydrogen flow for the NASA Centrifugal Nuclear Thermal Rocket. The NASA CNTR concept is an innovative liquid-core nuclear rocket utilizing centrifugal forces for quick round trips to Mars with ~1500-1800s specific impulse and a 90-minute burn time.

Image from the University of Rhode Island.

Research

Undergraudate research assistant. Page under construction...

Image from the University of Rhode Island.

Research

Undergraudate research assistant. Page under construction...

Formula SAE

Under construction...

Formula SAE

Under construction...

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Under construction...

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Under construction...

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Under construction...

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Under construction...

About me

Learn more about me and who I am

Get in touch with me at colavecchionick@gmail.com

About me

Learn more about me and who I am

Get in touch with me at colavecchionick@gmail.com

About me

Learn more about me and who I am

N/A

Under construction...

N/A

Under construction...

Image from the University of Rhode Island.

Formula SAE

Under construction...

Research

Undergraudate research assistant. Page under construction...

Nicholas Colavecchio

Mechanical engineering student at the University of Rhode Island.

NASA CNTR

The hydrogen flow for the NASA Centrifugal Nuclear Thermal Rocket. The NASA CNTR concept is an innovative liquid-core nuclear rocket utilizing centrifugal forces for quick round trips to Mars with ~1500-1800s specific impulse and a 90-minute burn time.