建筑抗震设计中英文对照外文翻译文献Word文件下载.docx
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建筑抗震设计中英文对照外文翻译文献Word文件下载.docx
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smallearthquakeshocksdoesnotbutconstructsinthedirtytrick,bigearthquakesdonotfall"
.Thatgenerally,whatbetalkedsmallshocksintheearthquake,bigearthquakesrefertorespectivelyisintensityexceedprobabilityin50fortifyingfor3%'
s63%,10%,2~beingmoreiscaughtinanearthquake,earthquake,rareYuearthquake.
Sincebuildingtheastigmaticdesigncomplexity,inactualproject,anti-knockconceptualdesignappearsespeciallyimportantrightaway.Itincludesthefollowingcontentmainly:
Architecturaldesignshouldpayattentiontothearchitecturalsystematicness;
Chooserationalbuildingstructuresystem;
thetensileresistingincliningforcestructureandthecomponentisdesigned.
Thattheabilitydesignslawisthemaincontentthatthestructuredenasalitydesignsincludesstandardourcountryinternalforceadjustmentandstructuretwoaspect.Itistwentycenturiesseventieslaterstage,reinforcedconcretestructurebroughtforwardbyfamousNewZealandscholarT.PaulayandParkhassufficienttonsillitismethodundertheforcedesigninganearthquakechoosesvalueisprejudicedlowsituationW.hosecorethoughtis:
"
Thebeamcutsorganization"
or"
thebeamcolumncutsorganization"
bythefactthat"
thestrongweakpostbeam"
guidesstructuretotakeform;
Avoidstructureby"
strongweakscissorsturn"
beforereachestimatethatshearinghappenedinthedenasalityintheabilityfrontdestroy;
Turnanabilityandconsumeanabilitybythefactthatnecessarystructuremeasuremakesthelocationmayformtheplasticityhingehavethenecessaryplasticity.Makestructurehavethenecessarytonsillitisfromallabovethreeaspectguarantee.Thatframedstructureisthecommonstructureform,whosesenilitycertainlydesignsthat,istoembodyfromaboutthisthreeaspectalsomainly.
1,Strongpillarweakbeam
Drivingforcereactionanalysisindicatesstructure;
architecturaldeformabilityisconnectedwithtodestroyingmechanism.Commonhavethreekindsmodel’sconsumeenergyorganization"
beamhingeorganization““,posthingeorganization““,beamcolumnhingeorganization"
."
Beamhingeorganization"
and"
beamcolumnhingeorganization"
LangXianknuckleunder,maylettheentireframehavedistributionandenergyconsumptionheavierthanbiginternalforcesability,limittierdisplacementisbig,plasticityhingequantityismany,thehingedoesnotloseefficacybutthestructureentiretydoesnotloseefficacybecauseofindividualplasticity.Theasaresultanti-knockfunctioniseasytobethatthearmoredconcreteisidealconsumeenergyorganization.Beingthatourcountrynormadoptsallowsapillar,theshearingforcewallputsupthehingebeamcolumnhingescheme,takingplaceadopting"
strongrelativeweakpostbeam"
measure,postponingapillarcutstime.Weaktierofposthingeorganizationpossibilityappearonunablecompletetroubleshootingbut,requirethattheaxispressurerestrictingapillarcomparesasaresult,architecturalweaknesspreventsnecessarytimefromappearingtierbythefactthatChenganalysislawjudgesnowandthen,posthingeorganization.
ArethatV.I.P.istoenhancethepillarbendingresistance,guidanceholdsinthebeamappearfirst,theplasticitycutsour"
strongcommonweakpostbeam"
adjustmentmeasure.Beforeplasticityhingeappearingonstructure,structurecomponentYinLaDistrictconcretedehiscenceandpressureareaconcretemistakeelasticitycharacter,everycomponentstiffnessreducesareinforcedbarwilldowiththecementationdegenerationbetweentheconcrete.Thatstiffnessreducesabeamisrelativelygraverthanacceptingthepillarpressingon,structureenhancesfrominitialshearingtypedeformationtocurvedscissorsshapedeformationtransition,curvedpostinnerregulationproportionreallymorecurvedthanbeam;
Theatthesametimearchitecturalperiodislengthened,sizeaffectingtheparticipationmodulusshakingatyperespectivelytostructure'
s;
Changehappenedintheearthquakeforcemodulus,leadtothepartpillarbendregulationenhancing,feasiblebeamrealityknucklesunderintensityrise,thepostinnerbendsregulationwhenplasticityhingeappearingontherebyfeasiblebeamenhancingsincestructurecauseandthepeoplewhodesignsthemiddlereinforcedbar'
saretoenhance..Andafterplasticityhingeappearingonstructure,sameexistencehavingabove-mentionedcause,structureknucklesundermistakeelasticityinthedayaftertomorrowprocessbeingthatprocess,postthattheearthquakeenhancesstrenuouslyfurtherbendregulationenhancingwithearthquakeforcebutenhance.Theforcearousesanearthquakeoverturnforcemomenthavingchangedtheactualpostinneraxisforce.Weknuckleundertheabilitylesseningthanaxispressureinstandardizingbeinglimitedtobeabletoensurethatthepillaralsocanleadtoapillarinbigthebiasvoltagerangeinner,axisforcediminutionlikevalue.Theanti-knocknormisstipulated:
Exceptthattheframetopstoreyandpostaxispressurearecomparedtothestrutbeamandframepillarbeingsmallerthan0.15personandframe,postholdscurvedregulationdesigningthatvalueshouldaccordwithdifferencebeing
,
thatfirstordertakes1.4,thetwostagetakes1.2,grade-threetakes1.1.9degreeandonestepofframedstructurestillrespondstocoincidence,
intensitystandardvalueascertainsthataccordingtomatchingreinforcedbarareaandmaterialreally.Thebottompostaxisisstrenuouslybig,theabilitythattheplasticityrotatesdispatches,bethatpressurecollapsesafteravoidingafootstallproducingahinge,one,two,threestepsofframedstructurebottom,postholdscrosssectionconstitutingcurvedregulationdesigningthatvaluetakesadvantageofthat1.5,1.25composeinreply1.15inordertoenhancingamodulusrespectively.Combinationofthecornerpostadjustmentqueenbendsregulationstillshouldtakeadvantageofthatnottobesmallerthan1.10'
smodular.Curvedregulationdesignsthatvaluecarriesoutadjustmenttoone-levelanti-knockgradeshearingforcewalllimbcrosssectioncombination,forcetheplasticityhingetoappeartoreinforcelocationinthewalllimbbottom,thebottomreinforceslocationandallabovelayerofcurvedregulationdesigningthatvaluetakeswalllimbbottomcrosssectionconstitutingcurvedregulationdesigningvalue,otherlocationmultiplies1.2'
sbytoenhanceamodulus.Propupanti-knockwallstructuretopartframe,bottom-end,whosecurvedcombinationregulationdesignvaluerespondtoone,twostepsofframepillarspostupperendandbottomposttakeadvantageofthat1.5composesinreply1.25inordertoenhancingamodulusrespectively.Allabove"
strongweakpostbeam”adjustmentmeasure,reactionanalysisindicates,bigsatisfiedfundamentalearthquakesdemandnoupsidedowncoursenonlinearitydrivingforce.Reinforcedbarspendingarea,thebeamin7iscontrolledfromgravityload,thepostreinforcedbarmatches’tendonratesbasicallyfromtheminimumunderthecontrolof.HaveenhancedpostLianaXiangallroundresistingthecurvedability.Atthesametime,7degreeofareaexactlycurvedregulationplasticityhingeappearsondisasterverymuch,playsarriveatadvantageousroletofightingagainstbigearthquakes.In9degreeofarea,adoptrealitytomatchreinforcedbarareaandmaterialbendingregulationwithinintensitystandardvaluecalculationpost,structuralbeamreinforcedbarenhancingsameleadtoenhancingbendingregulationwithinpostdesigningvalue,underimportinginmanywaves,thebeamholdstheplasticityhingerotatingdevelopinggreatly,moresufficient,postholdstheplasticityhingedevelopinginsufficiency,rotateless.Designdemandwiththebeam.Reactionand9degreeareaboutthesameto8degreeofarea,whosebigearthquakedisplacement,thatpostholdstheplasticityhingeisbiggerthanrotating9degreemuchbut,thebeamholdstheplasticityhingeappearingsufficientbutrotatesmall,asaresult"
strongweakpostbeam"
effectisnotobvious,curvedregulationenhancesamodulusoughttotake1.35,thiswaitsforimprovingandperfectinggoingastepfurtherwhenthegradesuggestingthat8degreeoftwostageisanti-knockinconnectionwiththeexpert.
2,Strongshearweakcurved
"
Strongweakscissorsturn”isthattheplasticitycutscrosssectionforguaranteeonreachanticipatethatshearinghappenedinthemistakeelastic-deformationpriortodestroy.Asfarascommonstructurebeconcerned,mainbehaviorsholdsinthebeam,postholds,theshearingforcewallbottomreinforcesarea,shearingforcewallentrancetoacavecompanybeamtools,beamcolumnnodecorearea.Showmainlywithbeingnotthatseismicresistanceiscomparedwitheachother,strengtheningmeasureinimprovingtheeffectshearingforce;
Aspectadjustingashearbearingtheweightoftwoforces.
1)effectshearingforce
One,two,three-levelframebeamandanti-knockwallmiddlestrideoverhighratiogreaterthan2.5companybeam,shearingforcedesignvalueamongthem
firstorderchoose1.3,twostagechoose1.2,three-levelchoose1.1,firstorderframedstructureand9DueShanrespondtocoincidence.Coincidence
one,two,three
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