EN Couple the 3D particle transport with the FEM to infer particle flux, charge deposition rates, currents, electromagnetic fields and energy, while simultaneously calculating how these fields affect the particle interactions
Přeložit "particle system" do korejština
Zobrazuje se 50 z 50 překladů fráze "particle system" z Angličtina do korejština
Překlad Angličtina do korejština jazyka particle system
Angličtina
korejština
KO 3D 입자 전송을 FEM과 결합하여 입자 플럭스, 전하 침착 속도, 전류, 전자기장 및 에너지를 추론하는 동시에 이러한 필드가 입자 상호 작용에 미치는 영향을 계산합니다
přepis 3D ibja jeonsong-eul FEMgwa gyeolhabhayeo ibja peulleogseu, jeonha chimchag sogdo, jeonlyu, jeonjagijang mich eneojileul chulonhaneun dongsie ileohan pildeuga ibja sangho jag-yong-e michineun yeonghyang-eul gyesanhabnida
EN The resulting calculations show the particle flow, including particle attraction depending on the charge.
KO 결과 계산에서는 CHARGE에 따른 입자 인력을 포함한 입자 흐름을 보여줍니다.
přepis gyeolgwa gyesan-eseoneun CHARGEe ttaleun ibja inlyeog-eul pohamhan ibja heuleum-eul boyeojubnida.
EN The smoothed particle Galerkin (SPG) method is a new Lagrangian particle method for simulating the severe plastic deformation and material rupture taken place in ductile material failure
KO SPG(Smoothed Particle Galerkin) 방법은 연성 재료 파손 중에 발생하는 심각한 소성 변형 및 재료 파열을 시뮬레이션하기 위한 새로운 라그랑주 입자 방법입니다
přepis SPG(Smoothed Particle Galerkin) bangbeob-eun yeonseong jaelyo pason jung-e balsaenghaneun simgaghan soseong byeonhyeong mich jaelyo payeol-eul simyulleisyeonhagi wihan saeloun lageulangju ibja bangbeob-ibnida
EN SCADE Architect is a complete system requirements analysis solution allowing for the analysis of system use cases, system scenarios, system states and system activity
KO SCADE Architect는 시스템 사용 사례, 시스템 시나리오, 시스템 상태 및 시스템 활동을 분석할 수 있는 완벽한 시스템 요구 사항 분석 솔루션입니다
přepis SCADE Architectneun siseutem sayong salye, siseutem sinalio, siseutem sangtae mich siseutem hwaldong-eul bunseoghal su issneun wanbyeoghan siseutem yogu sahang bunseog sollusyeon-ibnida
EN For feedback on experimental Particle System previews.
KO 파티클 시스템 실험 기능 프리뷰에 대한 피드백
přepis patikeul siseutem silheom gineung peulibyue daehan pideubaeg
EN Golf ball trajectories were calculated using the built-in physics engine, while leaves, smoke and ash were authored using the Particle System
KO 빌트인 물리 엔진을 사용해 골프 공의 궤적을 계산했으며, 나뭇잎과 연기, 재는 파티클 시스템(Particle System)을 사용해 만들었습니다
přepis bilteu-in mulli enjin-eul sayonghae golpeu gong-ui gwejeog-eul gyesanhaess-eumyeo, namus-ipgwa yeongi, jaeneun patikeul siseutem(Particle System)eul sayonghae mandeul-eossseubnida
EN For feedback on experimental Particle System previews.
KO 파티클 시스템 실험 기능 프리뷰에 대한 피드백
přepis patikeul siseutem silheom gineung peulibyue daehan pideubaeg
EN Pink love hearts bokeh sparkle glitter particle motion Loop background. Birthday, Anniversary, new year, event, Christmas, Festival, Diwali Love.
KO 분홍색 러브 하트 보케는 반짝이는 입자 동작 루프 배경입니다. 생일, 기념일, 새해, 행사, 크리스마스, 축제, 디왈리 러브.
přepis bunhongsaeg leobeu hateu bokeneun banjjag-ineun ibja dongjag lupeu baegyeong-ibnida. saeng-il, ginyeom-il, saehae, haengsa, keuliseumaseu, chugje, diwalli leobeu.
EN Ultramarine particle energy sphere in the Universe. Abstract technology, science, engineering and artificial intelligence slow motion background. Motion graphics. Seamless loop 4k video.
KO 우주의 울트라마린 입자 에너지 구. 추상기술 과학기술 인공지능 등 느린 동작의 배경이다. 3D 렌더링 4K 비디오를 원활하게 루프
přepis ujuui ulteulamalin ibja eneoji gu. chusang-gisul gwahaggisul ingongjineung deung neulin dongjag-ui baegyeong-ida. 3D lendeoling 4K bidioleul wonhwalhage lupeu
EN Blue particle energy sphere. Abstract technology, science, engineering and artificial intelligence motion background. 3D rendering.
KO 블루 입자 에너지 구추상적인 기술, 과학, 공학, 인공 지능 운동.3D 렌더링
přepis beullu ibja eneoji guchusangjeog-in gisul, gwahag, gonghag, ingong jineung undong.3D lendeoling
EN Glass Powder and Particle Technology
EN Such interaction can lead to glass delamination, particle formation or leachables from the container, resulting in market recall
KO 이러한 상호작용은 용기에서 유리 박리, 입자 형성 또는 여과물로 이어져 시장에서 리콜을 초래할 수 있습니다
přepis ileohan sanghojag-yong-eun yong-gieseo yuli bagli, ibja hyeongseong ttoneun yeogwamullo ieojyeo sijang-eseo likol-eul cholaehal su issseubnida
EN SCHOTT pharma services offers a range of analytical tests to assess any potential risks and find strategies to avoid them, including drug compatibility and delamination studies, container inspection, and particle analysis
KO SCHOTT 제약 서비스는 약물 호환성 및 박리 연구, 용기 검사 및 입자 분석 등 잠재적인 위험을 평가하고 이를 방지하기 위한 전략을 찾기 위해 다양한 분석 테스트를 제공합니다.
přepis SCHOTT jeyag seobiseuneun yagmul hohwanseong mich bagli yeongu, yong-gi geomsa mich ibja bunseog deung jamjaejeog-in wiheom-eul pyeong-gahago ileul bangjihagi wihan jeonlyag-eul chajgi wihae dayanghan bunseog teseuteuleul jegonghabnida.
EN Fully automated state-of-the-art production technology provides extremely low particle burden and low visual defects.
KO 완전 자동화된 최첨단 생산 기술 덕분에 입자 부하가 매우 낮고 시각적 결함이 적습니다.
přepis wanjeon jadonghwadoen choecheomdan saengsan gisul deogbun-e ibja buhaga maeu najgo sigagjeog gyeolham-i jeogseubnida.
EN For example, the augmented cave characters in the experience are made with keyframe animation-driven particle effects
KO 예를 들어 증강 현실 속 동굴은 키프레임 애니메이션 기반 파티클 효과로 만들었습니다
přepis yeleul deul-eo jeung-gang hyeonsil sog dong-gul-eun kipeuleim aenimeisyeon giban patikeul hyogwalo mandeul-eossseubnida
EN By coupling computational fluid dynamics (CFD) with discrete element modeling (DEM) using Altair CFD™ with EDEM companies can accurately simulate fluidized beds and other particle-fluid systems
KO EDEM과 Altair AcuSolve™를 사용하여 전산유체역학(CFD)과 이산 요소 해석(DEM)을 연동하면 유동층 및 다양한 입자-유체 시스템을 정확하게 시뮬레이션할 수 있습니다
přepis EDEMgwa Altair AcuSolve™leul sayonghayeo jeonsan-yucheyeoghag(CFD)gwa isan yoso haeseog(DEM)eul yeondonghamyeon yudongcheung mich dayanghan ibja-yuche siseutem-eul jeonghwaghage simyulleisyeonhal su issseubnida
EN Altair CFD’s smooth particle hydrodynamics (SPH) solver is used to predict fluid flow around complex geometries under complicated motion
KO Altair CFD의 smooth particle hydrodynamics (SPH)솔버는 복합적 동작에서 복잡한 기하형상의 주변에 발생할 유체 흐름을 예측하는 데 쓰입니다
přepis Altair CFDui smooth particle hydrodynamics (SPH)solbeoneun boghabjeog dongjag-eseo bogjabhan gihahyeongsang-ui jubyeon-e balsaenghal yuche heuleum-eul yecheughaneun de sseu-ibnida
EN By coupling computational fluid dynamics (CFD) with discrete element modeling (DEM) using Altair CFD™ with EDEM companies can accurately simulate fluidized beds and other particle-fluid systems
KO EDEM과 Altair AcuSolve™를 사용하여 전산유체역학(CFD)과 이산 요소 해석(DEM)을 연동하면 유동층 및 다양한 입자-유체 시스템을 정확하게 시뮬레이션할 수 있습니다
přepis EDEMgwa Altair AcuSolve™leul sayonghayeo jeonsan-yucheyeoghag(CFD)gwa isan yoso haeseog(DEM)eul yeondonghamyeon yudongcheung mich dayanghan ibja-yuche siseutem-eul jeonghwaghage simyulleisyeonhal su issseubnida
EN Altair CFD’s smooth particle hydrodynamics (SPH) solver is used to predict fluid flow around complex geometries under complicated motion
KO Altair CFD의 smooth particle hydrodynamics (SPH)솔버는 복합적 동작에서 복잡한 기하형상의 주변에 발생할 유체 흐름을 예측하는 데 쓰입니다
přepis Altair CFDui smooth particle hydrodynamics (SPH)solbeoneun boghabjeog dongjag-eseo bogjabhan gihahyeongsang-ui jubyeon-e balsaenghal yuche heuleum-eul yecheughaneun de sseu-ibnida
EN This reduces cosmetic defects, fracture and breakage, as well as particle levels.
KO 이는 미관 결함, 균열, 파손뿐만 아니라 입자 발생 수준을 감소시킵니다.
přepis ineun migwan gyeolham, gyun-yeol, pasonppunman anila ibja balsaeng sujun-eul gamsosikibnida.
EN Decrease particle load & diminish breakage and cosmetic defects
KO 입자 부하 감소, 파손 및 미관 결함 감소
přepis ibja buha gamso, pason mich migwan gyeolham gamso
EN Exact control of particle levels with cutting-edge particles lab
KO 첨단 입자 실험실로 입자 레벨을 정확하게 제어
přepis cheomdan ibja silheomsillo ibja lebel-eul jeonghwaghage jeeo
EN Low particle and low contamination
EN By coupling computational fluid dynamics (CFD) with discrete element modeling (DEM) using Altair CFD™ with EDEM companies can accurately simulate fluidized beds and other particle-fluid systems
KO EDEM과 Altair AcuSolve™를 사용하여 전산유체역학(CFD)과 이산 요소 해석(DEM)을 연동하면 유동층 및 다양한 입자-유체 시스템을 정확하게 시뮬레이션할 수 있습니다
přepis EDEMgwa Altair AcuSolve™leul sayonghayeo jeonsan-yucheyeoghag(CFD)gwa isan yoso haeseog(DEM)eul yeondonghamyeon yudongcheung mich dayanghan ibja-yuche siseutem-eul jeonghwaghage simyulleisyeonhal su issseubnida
EN Altair CFD’s smooth particle hydrodynamics (SPH) solver is used to predict fluid flow around complex geometries under complicated motion
KO Altair CFD의 smooth particle hydrodynamics (SPH)솔버는 복합적 동작에서 복잡한 기하형상의 주변에 발생할 유체 흐름을 예측하는 데 쓰입니다
přepis Altair CFDui smooth particle hydrodynamics (SPH)solbeoneun boghabjeog dongjag-eseo bogjabhan gihahyeongsang-ui jubyeon-e balsaenghal yuche heuleum-eul yecheughaneun de sseu-ibnida
EN Glass Powder and Particle Technology
EN Such interaction can lead to glass delamination, particle formation or leachables from the container, resulting in market recall
KO 이러한 상호작용은 용기에서 유리 박리, 입자 형성 또는 여과물로 이어져 시장에서 리콜을 초래할 수 있습니다
přepis ileohan sanghojag-yong-eun yong-gieseo yuli bagli, ibja hyeongseong ttoneun yeogwamullo ieojyeo sijang-eseo likol-eul cholaehal su issseubnida
EN SCHOTT pharma services offers a range of analytical tests to assess any potential risks and find strategies to avoid them, including drug compatibility and delamination studies, container inspection, and particle analysis
KO SCHOTT 제약 서비스는 약물 호환성 및 박리 연구, 용기 검사 및 입자 분석 등 잠재적인 위험을 평가하고 이를 방지하기 위한 전략을 찾기 위해 다양한 분석 테스트를 제공합니다.
přepis SCHOTT jeyag seobiseuneun yagmul hohwanseong mich bagli yeongu, yong-gi geomsa mich ibja bunseog deung jamjaejeog-in wiheom-eul pyeong-gahago ileul bangjihagi wihan jeonlyag-eul chajgi wihae dayanghan bunseog teseuteuleul jegonghabnida.
EN Accelerate Ansys Rocky simulations by reducing computation in regions with low particle interaction using a dynamic domain capability.
KO 동적 도메인 능력을 사용하여 낮은 입자 상호작용을 갖는 영역에서의 계산을 감소시킴으로써 Ansys Rocky 시뮬레이션을 가속화시킵니다.
přepis dongjeog domein neunglyeog-eul sayonghayeo naj-eun ibja sanghojag-yong-eul gajneun yeong-yeog-eseoui gyesan-eul gamsosikim-eulosseo Ansys Rocky simyulleisyeon-eul gasoghwasikibnida.
EN Rocky is uniquely capable to models real particle shapes including any solids, 2D shells, and rigid and flexible fibers. The simulations are fast and accurate.
KO Rocky는 모든 고체, 2D 쉘, 강성 및 유연한 섬유를 포함한 실제 입자 모양을 모델링할 수 있습니다. 시뮬레이션은 빠르고 정확합니다.
přepis Rockyneun modeun goche, 2D swel, gangseong mich yuyeonhan seom-yuleul pohamhan silje ibja moyang-eul modellinghal su issseubnida. simyulleisyeon-eun ppaleugo jeonghwaghabnida.
EN Scalable, efficient, large particle counts
KO 확장 가능하고 효율적이며 큰 입자 계수
přepis hwagjang ganeunghago hyoyuljeog-imyeo keun ibja gyesu
EN Realistic Particle Shapes including fibers
KO 섬유를 포함한 사실적인 입자 형상
přepis seom-yuleul pohamhan sasiljeog-in ibja hyeongsang
EN It incubates and nurtures projects in a diverse range of fields, such as particle physics and software engineering.
KO 입자 물리학, 소프트웨어 엔지니어링 등 다양한 분야의 프로젝트를 육성합니다.
přepis ibja mullihag, sopeuteuweeo enjinieoling deung dayanghan bun-yaui peulojegteuleul yugseonghabnida.
EN For example, the augmented cave characters in the experience are made with keyframe animation-driven particle effects
KO 예를 들어 증강 현실 속 동굴은 키프레임 애니메이션 기반 파티클 효과로 만들었습니다
přepis yeleul deul-eo jeung-gang hyeonsil sog dong-gul-eun kipeuleim aenimeisyeon giban patikeul hyogwalo mandeul-eossseubnida
EN 3D Particle Transport Starting from a time-varying flux of high energy primary particles and any source geometry, track interactions of primary and secondary particles with any 3D bulk material
KO 3D 입자 전송 시간에 따라 변하는 고에너지 1차 입자 및 모든 소스 형상에서 시작하여 모든 3D 벌크 재료와 1차 및 2차 입자의 상호 작용을 추적합니다
přepis 3D ibja jeonsong sigan-e ttala byeonhaneun go-eneoji 1cha ibja mich modeun soseu hyeongsang-eseo sijaghayeo modeun 3D beolkeu jaelyowa 1cha mich 2cha ibjaui sangho jag-yong-eul chujeoghabnida
EN Extract energy spectra by particle type to tackle radiation hardening problems and sneak path analysis.
KO 입자 유형별로 에너지 스펙트럼을 추출하여 방사선 강화 문제와 sneak 패스 분석을 해결합니다.
přepis ibja yuhyeongbyeollo eneoji seupegteuleom-eul chuchulhayeo bangsaseon ganghwa munjewa sneak paeseu bunseog-eul haegyeolhabnida.
EN Simulate electronic and avalanche breakdown of solid dielectrics by leveraging the state-of-the-art coupling of the FEM with the 3D particle transport, integrated in a multi-physics approach of the arcing phenomena
KO 아크 현상의 다중 물리 접근 방식에 통합된 3D 입자 전송과 FEM의 최첨단 결합을 활용하여 고체 유전체의 전자 및 avalanche breakdown 시뮬레이션을 수행합니다
přepis akeu hyeonsang-ui dajung mulli jeobgeun bangsig-e tonghabdoen 3D ibja jeonsong-gwa FEMui choecheomdan gyeolhab-eul hwal-yonghayeo goche yujeonche-ui jeonja mich avalanche breakdown simyulleisyeon-eul suhaenghabnida
EN It includes innovative particle tracking and can generate flame-speed tables for your CFD models, giving you more time to optimize your design.
KO 혁신적인 입자 추적 기능이 포함되어 있으며 CFD 모델에 대한 화염 속도 테이블을 생성할 수 있으므로 설계 최적화에 더 많은 시간을 할애할 수 있습니다.
přepis hyeogsinjeog-in ibja chujeog gineung-i pohamdoeeo iss-eumyeo CFD model-e daehan hwayeom sogdo teibeul-eul saengseonghal su iss-eumeulo seolgye choejeoghwa-e deo manh-eun sigan-eul hal-aehal su issseubnida.
| Angličtina | korejština |
|---|---|
| cfd | cfd |
EN Accurately simulate multiphase flows including gas-liquid, liquid-liquid, gas-solid, particle flows and even DEM
KO 기체-액체, 액체-액체, 기체-고체, 입자 유동 및 DEM을 포함한 다상 유동을 정확하게 시뮬레이션합니다
přepis giche-aegche, aegche-aegche, giche-goche, ibja yudong mich DEMeul pohamhan dasang yudong-eul jeonghwaghage simyulleisyeonhabnida
EN To help accurately predict these challenging flows, we offer a wide range of models for gas, liquid, solid, particle flows and even DEM to get you the most accurate results.
KO 이러한 까다로운 유동을 정확하게 예측하기 위해 기체, 액체, 고체, 입자 유동은 물론 DEM까지 다양한 모델을 제공하여 가장 정확한 결과를 얻을 수 있습니다.
přepis ileohan kkadaloun yudong-eul jeonghwaghage yecheughagi wihae giche, aegche, goche, ibja yudong-eun mullon DEMkkaji dayanghan model-eul jegonghayeo gajang jeonghwaghan gyeolgwaleul eod-eul su issseubnida.
EN Using CFD-DEM Coupling to Model Non-Spherical Particle and Fluid Flow
KO CFD-DEM 커플링을 사용하여 비구형 입자 및 유체 흐름을 모델링
přepis CFD-DEM keopeulling-eul sayonghayeo biguhyeong ibja mich yuche heuleum-eul modelling
EN To export data during a transient calculation, you will have to set up the case file so that the solution and particle history data are exported as the calculation progresses
KO 과도 계산 중에 데이터를 내보내려면 계산이 진행되는 동안 솔루션 및 입자 기록 데이터를 내보낼 수 있도록 케이스 파일을 설정해야 합니다
přepis gwado gyesan jung-e deiteoleul naebonaelyeomyeon gyesan-i jinhaengdoeneun dong-an sollusyeon mich ibja gilog deiteoleul naebonael su issdolog keiseu pail-eul seoljeonghaeya habnida
EN Quickly and Accurately Simulate Particle Flows
KO 입자 흐름을 빠르고 정확하게 시뮬레이션합니다.
přepis ibja heuleum-eul ppaleugo jeonghwaghage simyulleisyeonhabnida.
EN Rocky is uniquely capable to models real particle shapes including any solids, 2D shells, and rigid and flexible fibers
KO Rocky는 모든 고체, 2D 쉘, 강체 및 유연한 파이버를포함한 실제 입자 형태를 모델링할 수 있습니다
přepis Rockyneun modeun goche, 2D swel, gangche mich yuyeonhan paibeoleulpohamhan silje ibja hyeongtaeleul modellinghal su issseubnida
EN Solve the Largest, Most Complex Particle Simulations With Ease
KO 대규모의 복잡한 입자 시뮬레이션을 쉽게 해석할 수 있습니다
přepis daegyumoui bogjabhan ibja simyulleisyeon-eul swibge haeseoghal su issseubnida
EN Ansys Rocky unlocks the potential of solving the most challenging DEM simulations. Large scale simulations, going up to millions of particles, can be solved using real particle shapes on multi GPU’s.
KO Ansys Rocky는 가장 도전적인 DEM 시뮬레이션을 해석할 수 있는 가능성을 제공합니다. 다중 GPU에서 실제 입자 형태를 사용하여 최대 수백만 입자의 대규모 시뮬레이션을 해결할 수 있습니다.
přepis Ansys Rockyneun gajang dojeonjeog-in DEM simyulleisyeon-eul haeseoghal su issneun ganeungseong-eul jegonghabnida. dajung GPUeseo silje ibja hyeongtaeleul sayonghayeo choedae subaegman ibjaui daegyumo simyulleisyeon-eul haegyeolhal su issseubnida.
EN Rocky is the premier tool for quickly and accurately simulating the behavior of bulk materials with complex particle shapes and size distributions.
KO Rocky는 복잡한 입자 형상 및 크기 분포를 사용하여 벌크 물질의 거동을 빠르고 정확하게 시뮬레이션하는 최고의 툴입니다.
přepis Rockyneun bogjabhan ibja hyeongsang mich keugi bunpoleul sayonghayeo beolkeu muljil-ui geodong-eul ppaleugo jeonghwaghage simyulleisyeonhaneun choegoui tul-ibnida.
EN Realistic, Complex Particle Shapes
EN Rocky can speed up your particle simulations and help facilitate large-scale simulations involving tens of millions of particles.
KO Rocky는 입자 시뮬레이션 속도를 높이고 수천만 개의 입자가 포함된 대규모 시뮬레이션을 용이하게 합니다.
přepis Rockyneun ibja simyulleisyeon sogdoleul nop-igo sucheonman gaeui ibjaga pohamdoen daegyumo simyulleisyeon-eul yong-ihage habnida.
EN When the fluid field affects the particle flow, but the particles don’t affect the fluid flow
KO 유동장이 입자 흐름에 영향을 주지만 입자가 유동에 영향을 주지 않는 경우
přepis yudongjang-i ibja heuleum-e yeonghyang-eul jujiman ibjaga yudong-e yeonghyang-eul juji anhneun gyeong-u
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