<?xml version="1.0" encoding="utf-8"?><Resource>
	<label commandName="QSimStudyDialog__IWantToThermalSteady" devLabel="How is the temperature distributed throughout my design when it is heated or cooled?" translation="디자인 전체에서 온도가 가열되거나 냉각되면 온도가 어떻게 분산됩니까?"/>
	<label commandName="ResultsCommand" devLabel="Simulation Results" translation="시뮬레이션 결과"/>
	<label commandName="SimAutoRefinementsControlCustomLabel" devLabel="Custom" translation="사용자 설정"/>
	<label commandName="SimAutoRefinementsControlHighLabel" devLabel="High" translation="높음"/>
	<label commandName="SimAutoRefinementsControlLowLabel" devLabel="Low" translation="낮음"/>
	<label commandName="SimAutoRefinementsControlMediumLabel" devLabel="Medium" translation="중간"/>
	<label commandName="SimAutoRefinementsControlNoneLabel" devLabel="None" translation="없음"/>
	<label commandName="SimAutoRefinementsControlRefinementControlLabel" devLabel="Refinement Control" translation="미세 조정 컨트롤"/>
	<label commandName="SimCaseName" devLabel="Name" translation="이름"/>
	<label commandName="SimCommandUnitSystemName" devLabel="Override Unit System" translation="단위 시스템 재지정"/>
	<label commandName="SimConvergenceSectionLabel" devLabel="Adaptive Mesh Refinement" translation="어댑티브 메쉬 미세 조정"/>
	<label commandName="SimConvergenceTargetLabel" devLabel="Results Convergence Tolerance (%)" translation="결과 수렴 공차(%)"/>
	<label commandName="SimConvergenceTargetTooltip" devLabel="The % difference between consecutive iteration results that will trigger the refinement process to stop." translation="중지할 미세 조정 프로세스를 트리거하는 연속 반복 결과 간의 차이(%)입니다."/>
	<label commandName="SimDisplayResultsCommmand" devLabel="Display model using calculated results." translation="계산된 결과를 사용하여 모형을 표시합니다."/>
	<label commandName="SimEmptyStudyName" devLabel="Name of Study is empty" translation="학습 이름이 비어 있음"/>
	<label commandName="SimGeneralSectionLabel" devLabel="General" translation="일반"/>
	<label commandName="SimGenerativeAdditiveMethodGroup" devLabel="Additive" translation="적층"/>
	<label commandName="SimGenerativeAllMethodssGroup" devLabel="All methods" translation="모든 방법"/>
	<label commandName="SimGenerativeCuttingMethodGroup" devLabel="2-axis Cutting" translation="2축 절단"/>
	<label commandName="SimGenerativeDieCastingMethodGroup" devLabel="Casting" translation="캐스팅"/>
	<label commandName="SimGenerativeMillingMethodGroup" devLabel="Milling" translation="밀링"/>
	<label commandName="SimGenerativeUnrestrictedMethodGroup" devLabel="Unrestricted" translation="무제한"/>
	<label commandName="SimGlobalInitialTemperature" devLabel="Global Initial Temperature" translation="전역 초기 온도"/>
	<label commandName="SimGlobalInitialTemperatureTooltip" devLabel="A blank field means 20 deg. C or the max defined by any applied Radiation Load." translation="빈 필드는 섭씨 20도 또는 적용된 방사 하중에 의해 정의된 최대 온도를 의미합니다."/>
	<label commandName="SimHeatFlux" devLabel="Heat Flux" translation="열 플럭스"/>
	<label commandName="SimInchImperialUnitSystemName" devLabel="U.S. (in)" translation="미국(in)"/>
	<label commandName="SimInvalidValue" devLabel="There are some invalid values!" translation="일부 값이 유효하지 않습니다."/>
	<label commandName="SimLSSAutoContactType" devLabel="Default Contact Type" translation="기본 접촉 유형"/>
	<label commandName="SimLSSAutoContactTypeTooltip" devLabel="Default contact type." translation="기본 접촉 유형"/>
	<label commandName="SimLSSGenerateAutoContacts" devLabel="Generate Automatic Contacts" translation="자동 접촉 생성"/>
	<label commandName="SimLSSGenerateAutoContactsTooltip" devLabel="Generate automatic contacts during solve." translation="해석하는 동안 자동 접촉을 생성합니다."/>
	<label commandName="SimLSSResultsToConvergeLabel" devLabel="Results for Baseline Accuracy" translation="기준선 정확도 결과"/>
	<label commandName="SimLSSResultsToConvergeTooltip" devLabel="Which result type to use for calculating convergence criteria." translation="수렴 기준을 계산하는 데 사용할 결과 유형입니다."/>
	<label commandName="SimMaximumRefinementsLabel" devLabel="Maximum Number of Mesh Refinements" translation="최대 메쉬 미세 조정 수"/>
	<label commandName="SimMaximumRefinementsTooltip" devLabel="The number of iterative h and p refinements made to attempt results convergence." translation="결과 수렴 시도를 위해 수행된 반복 h 및 p 미세 조정 횟수입니다."/>
	<label commandName="SimNastranAutoContactCAPTOL" devLabel="Tolerance" translation="공차"/>
	<label commandName="SimNastranAutoContactCAPTOLTooltip" devLabel="Tolerance." translation="공차"/>
	<label commandName="SimNastranAutoContactSFACT" devLabel="Stiffness Factor" translation="강성 계수"/>
	<label commandName="SimNastranAutoContactSFACTTooltip" devLabel="Stiffness Factor." translation="강성 계수입니다."/>
	<label commandName="SimNastranPenetrationSurfaceOffset" devLabel="Penetration surface offset" translation="침투 곡면 간격띄우기"/>
	<label commandName="SimNastranPenetrationSurfaceOffsetTooltip" devLabel="Penetration surface offset." translation="침투 곡면 간격띄우기입니다."/>
	<label commandName="SimNastran_CONTACTGENERATE_MAXAD" devLabel="Maximum Activation Distance" translation="최대 활성화 거리"/>
	<label commandName="SimRefinementTresholdLabel" devLabel="Portion of Elements to Refine (%)" translation="미세 조정할 요소의 일부(%)"/>
	<label commandName="SimRefinementTresholdTooltip" devLabel="Only areas of the model within this percentage of the maximum result will be refined and iterated." translation="이 비율의 최대 결과 내에 있는 모형의 영역만 미세 조정 및 반복됩니다."/>
	<label commandName="SimSICustomUnitSystemName" devLabel="Custom" translation="사용자 설정"/>
	<label commandName="SimSIMetricUnitSystemName" devLabel="Metric (SI)" translation="미터법(SI)"/>
	<label commandName="SimSmallMeshSize" devLabel="An overly fine mesh (&lt;3%) leads to high memory consumption computation with no guarantee of better results. Instead, you may be interested in using Adaptive Mesh Refinement to refine the mesh only in critical areas. &#xA;&#xA;Do you want to continue?" translation="지나치게 미세한 메쉬(&lt;3%)는 더 나은 결과를 보장하지 않으면서 높은 메모리 소비량 계산을 야기합니다. 대신 어댑티브 메쉬 미세 조정을 사용하여 임계 영역에서만 메쉬를 미세 조정하려고 할 수 있습니다. &#xA;&#xA;계속하시겠습니까?"/>
	<label commandName="SimTStressAverageElementSizeAftText" devLabel=" % of model size" translation=" 모형 크기의 %,"/>
	<label commandName="SimTStressAverageElementSizeText" devLabel="Average Element Size is " translation="평균 요소 크기: "/>
	<label commandName="SimTemperature" devLabel="Temperature" translation="온도"/>
	<label commandName="SimThermalContactGeneration" devLabel="Contacts" translation="접촉"/>
	<label commandName="SimThermalSteady" devLabel="Thermal" translation="열"/>
	<label commandName="SimThermalSteadyDesc" devLabel="Determine how the model responds to Heat Loads and Thermal Boundary Conditions under steady state conditions.&lt;br&gt;&lt;br&gt;The Results include Temperatures and Heat Flux." translation="정상 상태에서 모형이 열 하중 및 열 경계 조건에 반응하는 방식을 결정합니다.&lt;br&gt;&lt;br&gt;결과에는 온도 및 열 플럭스가 포함됩니다."/>
	<label commandName="SimUnitPercentage" devLabel="Percentage" translation="퍼센트"/>
	<label commandName="SimUnitPieces" devLabel="Pieces" translation="조각"/>
	<label commandName="SimUnitsAcceleration" devLabel="Acceleration" translation="가속도"/>
	<label commandName="SimUnitsAngle" devLabel="Angle" translation="각도"/>
	<label commandName="SimUnitsCurrent" devLabel="Current" translation="현재"/>
	<label commandName="SimUnitsElectricalResistance" devLabel="Electrical Resistance" translation="전기 저항"/>
	<label commandName="SimUnitsEnergy" devLabel="Energy" translation="에너지"/>
	<label commandName="SimUnitsForce" devLabel="Force" translation="힘"/>
	<label commandName="SimUnitsLength" devLabel="Length" translation="길이"/>
	<label commandName="SimUnitsMass" devLabel="Mass" translation="질량"/>
	<label commandName="SimUnitsPower" devLabel="Power" translation="동력"/>
	<label commandName="SimUnitsPressure" devLabel="Pressure" translation="압력"/>
	<label commandName="SimUnitsTemprature" devLabel="Temperature" translation="온도"/>
	<label commandName="SimUnitsTime" devLabel="Time" translation="시간"/>
	<label commandName="SimUnitsVelocity" devLabel="Velocity" translation="속도"/>
	<label commandName="SimUnitsViscosity" devLabel="Viscosity" translation="점도"/>
	<label commandName="SimUnitsVoltage" devLabel="Voltage" translation="전압"/>
	<label commandName="SimUnitsVolumeFlowRate" devLabel="Flow Rate" translation="유량"/>
	<label commandName="SimusedStudyName" devLabel="Name of Study is already used!" translation="학습 이름이 이미 사용되고 있습니다."/>
</Resource>