Aviation Summer Program 2015

8/10/2019 Aviation Summer Program 2015

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AviationSummer Program

2015General Presentation



History

• 3 leading French Aeronautical Schools• ISAE -SUPAERO• ENAC• ISAE - ENSMA

• Program launch 2003• 12 sessions welcomed 295 students from up

to 11 different campuses

http://www.enac.fr/



Program Brief

• Objectives• Aeronautics Fundamentals• European Aerospace Industry• French Regional Culture & Traditions

• For undergraduate Students ( 3 rd or 4 th year of BSC)• Solid background in Aviation / Aerospace

• Technical Courses & Visits in English• French language course as a complement



Program Brief

Aerospace Engineering:• Air Transport & Aviation Safety (ENAC) :

17 sessions of 50’each • Aircraft Structures (ISAE) : 22 sessions of 50’each • Propulsion Systems (ISAE) : 14 sessions of 50’each • Combustion / Detonation Applied to Propulsion

(ENSMA)14 sessions of 50’each

• French course : 14 sessions of 50’each

Culture: visits, conferences, interactions



Course Overview

Monday – Friday• Morning : 3 sessions 9h-12h• Afternoon : 2 to 3 sessions 14h00 – 17h00,

Attendance to all sessions / visits mandatory

Weekends are free except on travel weekends



Assessment

Technical Credits:• Four quizzes at 25 points each - 100 points total

Cultural Credits :•

A report is due after each visit (generally for the following Monday)

• Students write their reports with a partner(one report for two students)

•

Reports 100 points total



Translation of gradesGEA will translate your raw French grades into adequate U.S. grades as follows :

D C- C C+

0 100 (EU)706050

B- B B+ A - A A+ (US)

FAIL PASS

Passing threshold for transfer credits in the U.S. is NOT 50% but 70 %



Game Plan 2013• Toulouse

May 29 – June 18

• Paris June 18-21

• Poitiers June 21-27

• Biarritz June 27-30

• Tarbes June 30

• Toulouse

June 30-July 10

CarcassonneBiarritz

Tarbes



Technical Visits such as…

• Airbus (Toulouse)• Airbus Group (Paris Air Show)• Biarritz Airport (Biarritz)• Daher Socata (Tarbes)•

Dassault ( Biarritz)• ATR Assembly Lines (Toulouse)• Rockwell Collins (Toulouse)• Liebherr Aerospace (Toulouse)



Cultural Visits

• Paris, Poitiers and Toulouse cities

• Medieval city of Carcassonne

• Basque country & Biarritz city



Toulouse

Cathédrale Saint-Etienne

Le Pont Neuf

Place Wilson Capitole

Saint-Sernin Basilique

Musée des Augustins

Stadium de Toulouse



Poitiers

Futuroscope

Eglise Notre-Dame

Hôtel de Ville

Palais de Poitiers

Saint-Jean de Montierneuf

Cathédrale St Pierre



Futuroscope



Carcassonne



Biarritz



Paris Air Show



2012Pictures and Testimonies

« I have unforgettable memories, this experience has mademe a better person, more open-minded and more experienced. »



2013Pictures and Testimonies« In all, this Summer Program has made me reevaluate myown identity and how I relate to others in the world. »



2014Pictures and Testimonies

« I would never have guessed that I would build such close bondswith complete strangers in six weeks, nor would I have guessedthat it would happen in France »



2014 Session

28 Students from:• University of Michigan, Ann Arbor• University of Texas, Austin• University of Washington, Seattle• University of Maryland, Melbourne• University of Syracuse, New York• University of Illinois, Urbana-Champaign• University of Ohio



Aircraft Engines / Internal aerodynamics of propulsion systemsLocation : ISAE

• Objectives : The purpose of this course is internal aerodynamics ofair intakes ( subsonic, supersonic and hypersonic), of compressors

and turbines ( rotors and stators), and nozzles of turbojets engines androcket engines ( influence of viscosity, stalling criteria, reattachment,shock waves…)

• Prerequisites : General aerodynamics, fluid mechanics

• Contents : Generalities on Propulsion, functionning of subsonic andsupersonic air intakes ( without and with mouse, shoks position,surge), friction and stalling problems in nozzles. Dimensioning ofcompressors and turbine cascade blades ( rotors and stators),associated criterias.

• Duration : 14 sessions each

• Professor : Alain CARRERE• Bibilography : “ Propulsion Elements”, by A.CARRERE ( SUPAERO

Edition)• Evaluation : Written exam ( midterm quiz )



Aircraft Structures / Specific module for Aerospace Engineering StudentLocation : ISAE

• Objectives : The purpose of this course is to provide a broadknowledge of the aeronautical structures : design, analysis and

tests, maintenance and to provide the methods for the staticanalysis of different parts of an aircraft ( wings, fuselage,…). Thiscourse aims to illustrate the relationship between the calculationmethods and the physical phenomena ( buckling of a spar, loads ina landing gear).

• Prerequisites : Elasticity, strength of materials, long beams, platesand bodies.

• Duration : 19 sessions of 50 ‘ each

• Professor : Jean-François BEGUE, Marc ROLIN

• Bibilography : E.F Brunh, Analysis and design of flight vehiclesstructures, Tri-state offset company, 1973

• Evaluation : Written exam ( midterm quiz )



World Air TransportLocation : ENAC

• Objectives :• To give an introduction to the economic setting of the air transport industry,

highlighting the characteristics of competition in this sector• To understand the implementation of Air Transport technical requirements to

reach and maintain a minimum safety level• To give a global overview of the European regulatory Organization /

Requirements applicable in Europe and their conformity to correspondinginternational rules

• To make the students familiar with the Type certification procedures andprocess for a large Transport Aircraft.

• Prerequisites : None• Contents :• Air Transport Economics : Introduction to air transport economics :

presentation of the air transport sector, the air transport sector in figures, thevarious types of airlines. Competition in air transport, the different marketsand airlines strategies).

• Civil Aviation Organization : International Air Transport organizations (ICAO), regional and national organizations, air freedoms, annexes to theICAO convention, European Organizations, EU, ECAC, JAA, EASA.

• Aviation Safety concepts : Safety level objectives, status and improvementinitiatives, Aircraft airworthiness ( ICAO annex 8), bilateral agreementsprinciples, certification procedures ( part 21), organization approvals ( DOA,POA), type certication process for a large transport aircraft, changes to thetype certificate, approval of new models, design change repairs, continuedairworthiness activities



World Air TransportLocation : ENAC

• Prerequisites : None


• Professor : Nathalie Lenoir, Muriel Gizardin

• Bibilography : Warsaw convention ( 1929) , Chicago convention• ( 1944) and annexes




Fundamentals of Combustion and Detonation in gas applied to PropulsioLocation : ENSMA

• Objectives :• To provide fundamental knowledge of thermodynamics applied to reactive

systems in order to better understand related phenomena : flames,detonations.• To provide fundamental knowledge of combustion and detonation and the

methods and means of calculating effects on the surroundings• To provide a basic knowledge on how turbulent reacting flows can be dealt

with as far as their modeling is concerned in conditions that prevail in the newgeneration of jet engines combustion chambers.

• Prerequisites : Basic fluid mechanics and thermodynamics, shocks, wavesof small amplitude

• Contents : Generalities on combustion of solids, principles, regimes,process stabilization, types of flame, solid fuel and solid propellants,conduction, gasification, radiation, heat transfer, ignition, burning velocitycalculation, heterogeneous combustion.

• Generalities on thermodynamics, gasdynamic discontinuities, detonation ingaseous mixtures, application to supersonic and hypersonic propulsion.

• Application to rocket propulsion and fire safety analysis. Development of atheoretical model for gas-solid and liquid-gas combustion.

• Lab works : study of premixed and diffusion flames in burners ( 40kWindustrial swirl burner and 3k W water heater burner), introduction to pollutantformation in flames



Fundamentals of Combustion and Detonation in gas applied to PropulsioLocation : ENSMA


• Professors : Pascal BAUER, Jean-Michel MOST, Ratiba ZITOUN




FRENCH COURSES

• Objectives : To provide French Language and Culture course

• Prerequisites : None• Contents :• Language : Rules of French Phonetics, How to introduce

oneself, Numbers, Useful words for the class, Likes anddislikes, How to talk about daily activities, How to order in acafé or a restaurant, How to buy a train ticket, How to take an

appointment, How to ask and explain one’s way, How to tellabout one’s last week end, a French song.

• Culture : Rules of politeness, Type of activities in the languagelesson, Surveys in the street, French gastronomy, restaurants inToulouse, French fashion, Shops in Toulouse, Main Towns,Touristic sites in France, Health in France, Go out in Toulouse :public transportation, cinemas, concert halls, French ways tospend vacation.


• Professor : Stéphanie REMY, Dorothée VILAINE, Evelyne

Bordier

TOTAL POINTS POSSIBLE ( ) RESPONSIBLE Report 3



3

Module 1: AIRCRAFT ARCHITECTUREANALYSIS OF LOADS ON AIRCRAFT

STRUCTUREBEGUEROLLIN

25

Module 2: AIR TRANSPORTCIVIL AVIATION STRUCTURE AND ORG

AIR TRANSPORT ECONOMICSAVIATION SAFETY CONCEPTS

GIZARDIN

LENOIRGIZARDIN

25

Module 3: HETEROGENEOUS COMBUSTIONHETEROGENEOUS COMBUSTION MOST- BAUER -

DESBORDES

25

Module 4: PROPULSION SYSTEMSINTERNAL AERODYNAMICS OF PROPULSION

SYSTEMS CARRERE

25

Module 5: CULTURE AND TECHNICAL VISITSHISTORY OF CARCASSONE

CITY OF POITIERSCITY OF TOULOUSE

AIRBUS GROUPAIRBUS

ATRBIARRITZ AIRPORT

DAHER SOCATADASSAULTLIEBHERR

ROCKWELL COLLINSGENERAL SUMMARY

101010

-10101010--

1020

TECHNICAL ELECTIVE CREDITS

25 25 25 25

CULTURAL ELECTIVE CREDITS 100



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Documents

Aviation Summer Program 2015