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Composites for Space Applications Nathanael J. Greene NASA White Sands Test Facility Composite Core Capability Manger https://ntrs.nasa.gov/search.jsp?R=20130010788 2020-03-19T14:46:37+00:00Z

Composites for Space Applications - NASA · Composites are a crosscutting technology for NASA’s future missions. Low Earth Orbit Access and Propellant Depots (2015) Mars Precursor

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Page 1: Composites for Space Applications - NASA · Composites are a crosscutting technology for NASA’s future missions. Low Earth Orbit Access and Propellant Depots (2015) Mars Precursor

CompositesforSpaceApplications

NathanaelJ.GreeneNASAWhiteSandsTestFacility

CompositeCoreCapabilityManger

https://ntrs.nasa.gov/search.jsp?R=20130010788 2020-03-19T14:46:37+00:00Z

Page 2: Composites for Space Applications - NASA · Composites are a crosscutting technology for NASA’s future missions. Low Earth Orbit Access and Propellant Depots (2015) Mars Precursor

RemarksWelcometoCompositeConference2012 SpecialthanksandwelcometoparticipantsintheNASACompositeSummitthatstartedthiscollaboration.

SpecialThankYou! JoshuaJackson(MKF),HaroldBeeson(NASA),JamesFekte(NIST)andAntonioRuiz(DOE)forchairingtheconference

SessionchairsandallNASAandNISTstaffwhoworkedhardtoorganizetheconferencewithMKF

NewMexicoStateDACC’spresidentDr.MargieHuertaforhostingusintheEastMesaFacility

AngeliqueLasseigne(G2M2)CrystalLay(NMSUMechanicalandAerospaceEngineering)andCharlesNichols(NASA)formakingSTEMstudentsponsorshippossible.

Page 3: Composites for Space Applications - NASA · Composites are a crosscutting technology for NASA’s future missions. Low Earth Orbit Access and Propellant Depots (2015) Mars Precursor

Whyarewehere? Needhighstrengthmaterialsinmassandcostconstrainedapplications Additionalknowledgeneededtousecompositesinourapplicationsmoreefficiently

Non‐homogenousmaterial Anisotropicstructures ViscoelasticresponsetoloadingMultiplematerialinterfaces

Compositeuseinspacesystemsrequires Advancedstructuralmodels Lifeandfailuremodeprediction HarmonizedcodesandstandardsMaterialsandprocessesthataddresscompositecomponentvariability

Reliablenondestructiveevaluation

Page 4: Composites for Space Applications - NASA · Composites are a crosscutting technology for NASA’s future missions. Low Earth Orbit Access and Propellant Depots (2015) Mars Precursor

Future NASASpaceTechnologyRoadmaps

CompositeisCrosscuttingtechnology,TA12,TA7

Today NASA’sCOTS&CCDEVVehicles

CompositePressureVesselsCompositeStructure

Today SpaceLaunchSystem CompositePressureVesselsCompositeStructure

Today Orion CompositePressureVessels1990s InternationalSpace

StationCompositePressureVessels

1970s SpaceShuttle CompositePressureVesselsCompositeWingLeadingEdge

1960s Apollo Pre‐composites

NASA’sUseofComposites

Growth in Composite use

Future Composite Space Vehicles (NASA’s Composite

Crew Module)

Page 5: Composites for Space Applications - NASA · Composites are a crosscutting technology for NASA’s future missions. Low Earth Orbit Access and Propellant Depots (2015) Mars Precursor

CrosscuttingforSpaceTechnologyRoadmaps CompositesareacrosscuttingtechnologyforNASA’sfuturemissions.LowEarthOrbitAccessandPropellantDepots(2015)MarsPrecursorMissions&HeavyLiftVehicle(2020)AdvancedIn‐spacePropulsion(2025)SpacePlatforms(2030)

Informationontechnologyroadmapscanbefoundat:http://www.nasa.gov/offices/oct/home/roadmaps/index.html

Page 6: Composites for Space Applications - NASA · Composites are a crosscutting technology for NASA’s future missions. Low Earth Orbit Access and Propellant Depots (2015) Mars Precursor

CompositesNeed:SpaceTechnologyRoadmap

Cont’d

Cont’d

Page 7: Composites for Space Applications - NASA · Composites are a crosscutting technology for NASA’s future missions. Low Earth Orbit Access and Propellant Depots (2015) Mars Precursor

AcceleratedGrowthinComposites BarrierstoGrowth

Fundinglimitations Crossdisciplinarytechnologicalchallenges

Maturityrequiredtomeetroadmapdates

StepstoAccelerateGrowth U.S.intra‐governmentcollaboration Government‐industrypartnerships Internationalcommunicationandcollaboration

Globallyharmonizedroadmapsforkeytechnologies

NASA‐ �Commercial Collabora onCharlie Bolden (NASA) and

Elon Musk: (Space X)

Page 8: Composites for Space Applications - NASA · Composites are a crosscutting technology for NASA’s future missions. Low Earth Orbit Access and Propellant Depots (2015) Mars Precursor

Let’sGo!

• Addresstheglobalchallengeofusingcompositesinourapplicationsbyaddressingcommonissues

• Excitedtomeetwithleaderswhoareadvancingcompositesintheirapplications

• Keepupwithaparadigmshiftfrommetalstocompositesoccurringinaerospace,automotive,marine,andpipelines

www.compositeconference.com