'Propulsion system' diaporamas de présentation

Aerospace Dimensions

1.01k views • 83 slides

ESPOL POLYTECHNIC UNIVERSITY DEPARTMENT OF MARITIME ENGINEERING AND SCIENCES

ESPOL POLYTECHNIC UNIVERSITY DEPARTMENT OF MARITIME ENGINEERING AND SCIENCES THE WORLD SEABORNE TRADE AND TRANSPORT FACTS AND CHALLENGES By: Hugo Tobar Vega Doctor in Engineering MIT Professor DMES August 2010 Guayaquil - Ecuador. Preface.

924 views • 48 slides

Z. Shavit Israel Aerospace Industries, Engineering Division, Ben-Gurion Airport, 70100, Israel

702 views • 36 slides

AIRPLANEs

676 views • 25 slides

Tanker Offtake System for Arctic: Experience and Challenges

364 views • 21 slides

Mav group 3 project

Mav group 3 project. Michelle Wright Nelson Villatoro Linda Velasquez Chinh Tran Saoud Wasel Ron Adato Nino Ross. What is a Mav.

344 views • 21 slides

Dominique Hoskin Ellen Liverpool Matthew Vernacchia Sunny Wicks Chelsea He

463 views • 21 slides

LESSON LD02 The Model Rocket

655 views • 19 slides

FREE FROST HEAT EXCHANGER FOR CRYOGENIC AUTOMOTIVE PROPULSION

FREE FROST HEAT EXCHANGER FOR CRYOGENIC AUTOMOTIVE PROPULSION. CONTENTS. Introduction Liquid nitrogen propulsion system Test vehicle Schematic vehicle of equipment layout Economizer Ambient air heat exchanger Ambient air heat exchange development Design Temperature profile

425 views • 19 slides

MAE 5391: Rocket Propulsion Overview of Propulsion Systems

MAE 5391: Rocket Propulsion Overview of Propulsion Systems. Rocket Technologies. Propulsion Technology Options. Thermodynamic Systems (TE KE) Cold Gas Thrusters Liquids Monopropellants Bipropellants Solids Hybrids Nuclear (NE TE KE) Electric Systems

415 views • 18 slides

These airplanes could revolutionize aeronautics. NASA, Boeing, Airbus...

These airplanes could revolutionize aeronautics. NASA, Boeing, Airbus... launch themselves in development of aeronautical concepts for the next several decades. . Who knows? Maybe in 2025, you will fly on this latest concept generation conceived by the team of engineers of Boeing.

386 views • 18 slides

MAE 5391: Rocket Propulsion Overview of Propulsion Systems

MAE 5391: Rocket Propulsion Overview of Propulsion Systems. Rocket Technologies. Propulsion Technology Options. Thermodynamic Systems (TE KE) Cold Gas Thrusters Liquids Monopropellants Bipropellants Solids Hybrids Nuclear (NE TE KE) Electric Systems

518 views • 18 slides

Electric Propulsion Continued

Electric Propulsion Continued. The "jet" or exhaust power (P jet ) of any thruster is: P jet = 1/2 g c I sp F Thus, for a situation where we wish to fix the thrust at a constant value, as specific impulse increases, the jet power must also increase.

332 views • 17 slides

The Four Forces of Flight

The Four Forces of Flight. Transportation Engineering Mr. Joel Bischoff Origins: Spring 2013 Information taken from NASA.gov. How does an airplane stay up?. Lift is created by air moving over a wing Thrust keeps the air moving Weight (gravity) pulls against the lift

545 views • 16 slides

LCS Ft Worth leaving for first Sea Trial September 28, 2011

LCS Ft Worth leaving for first Sea Trial September 28, 2011. Overview. Program Description. Fast, agile, and networked surface combatant with capabilities optimized to defeat asymmetric threats, and assure naval and joint force access into contested littoral regions.

278 views • 15 slides

271 views • 14 slides

Japanese Ship Technology: Ice-breakers and Environmentally Friendly Ships

389 views • 12 slides

Present Status and Trends in Electric Vehicle Propulsion Te

Present Status and Trends in Electric Vehicle Propulsion Technologies

254 views • 12 slides

sponsored by International Planetary Probe Workshop 10 June 15-16, 2013 San Jose, California

Entry, Descent, and Landing Systems Short Course Subject: Supersonic Retropropulsion Author: Karl Edquist NASA Langley Research Center. sponsored by International Planetary Probe Workshop 10 June 15-16, 2013 San Jose, California. Outline. Introduction Recent Work

220 views • 9 slides

Customer Useable Battery State of Charge (SOC)

Customer Useable Battery State of Charge (SOC). High Voltage Energy Management Feature. Customer Useable Battery State of Charge. High Voltage Battery SOC High Voltage Battery SOC Limits. Customer Useable SOC High Voltage Battery SOC Gauge Position. Plug in Charging Feature.

217 views • 7 slides