fire modeling 中文意思是什麼

fire modeling 解釋
火災模化
  • fire : n 1 火，火焰；火災；燃燒；爐火，烽火。2 射擊；火力。3 火花，閃光；光輝。4 熱情，熱烈，熱心；生氣...
  • modeling : n. 製造模型的方法，造型（術）；塑像術；【美術】立體感（表現法）；模特兒職業。 the modeling of one's features 某人臉部的形象。
  1. Application of stepwise regression to fire modeling of an anti - ship missile

    逐步回歸法在反艦導彈火控建模中的應用
  2. In many years, company has gained recognitions from all respects : became the member of china property management association, executive member of the council of shanghai property management association, member of property management commission and shanghai fire protection association ; been awarded as “ property management company of good quality and faith ”, “ shanghai price measurement trustworthy company ”, “ class a taxpaying credit certifiacte ” and “ greening qualified certificate ” ; the two commercial buildings in charge china merchants tower and china merchants plaza has been awarded as “ national property management modeling building ”

    多年來公司先後獲得了各方的肯定：成為中國物業管理協會會員、上海市物業管理協會常務理事單位、物業管理專業委員會會員、上海市消防協會單位會員；榮獲了「重質量講信譽物業管理企業」稱號、 「上海市物價計量信得過單位」 、 「 a類納稅信用等級證書」 、 「綠化合格單位證書」等榮譽；所管理的兩幢辦公樓宇招商局大廈、招商局廣場先後被評為「全國物業管理示範大廈」 。
  3. Abstract : in this paper, the designing procedure of a dynamic interconnected full - transparent training system is described, and it is realized by the method of staged conceptual modeling. finally, the hardware and multimedia software of a missile fire control simulation system are given

    文摘:介紹一個動態互連全透明模擬訓練系統設計過程，運用二級分散式結構實現實時模擬，並給出了某型導彈火力控制模擬系統硬體和多媒體軟體結構模式。
  4. In this dissertation, the author has covered such key points as follows : 1. modeling of fire distribution for all kinds of air defense weapons against low altitude targets ( including various anti - aircraft missiles against low altitude targets ) and taking into account the fire distribution against the cruise missile as a special air strike weapon for the first time ; 2. an overall analysis of the factors that have effect on threat degree and advantage degree as well as the fuzzy distribution of individual factors ; establishment of models for threat degree evaluation and advantage degree evaluation in fuzzy method in conjunction with fire distribution model in sort method, resulting in the materialization of a new fire distribution model, i. e., fuzzy sort model ; 3. modification of the definition of distribution line of target and realization of optimized fire distribution against the initial targets and the targets that await fire shift

    論文的主要內容包括: 1 ）建立了各種陸軍低空防空武器（包括各種低空防空導彈）的火力分配模型;首次將巡航導彈作為一種特殊的空襲兵器，優先考慮了對它的分配。 2 ）分析了威脅度和有利度的影響因素及各單因素的模糊分佈，建立了一種新的火力分配模型? ? 「模糊排序模型」 。 3 ）修改了目標分配線的定義，實現了對射擊目標和轉火目標的優化分配。
  5. At present, the study of the fire safety evacuation in the world mainly focus on : ( 1 ) the importance of the model of egress and the ability of modeling predict a obvious tendency of the study is that there will be more behavior details included in the model in the future ; ( 2 ) the influence of the smoke and its toxicity to people which focus on the study of the influence of toxic gases such as carbon monoxide to people who exposed in fire, the test of the visibility of directional and exit signs, the behavior of the occupants in fire and the time they response to the fire ; ( 3 ) the application of the evacuation model in fire safety design, the constitute of performance - based code and building evaluating the purpose of the study of people ' s evacuation is to improve the fire safety design and cut down the number of casualties

    人的生命是寶貴的，因此，世界各國的消防科研主要以生命安全為主，重點研究火災中人員的安全疏散，並提出新的性能化防火設計和性能化防火設計規范，從建築設計入手而保證建築防火設計的可靠性和建築物的火災安全性。目前，國際上對火災安全疏散的研究主要集中在以下方面： （ 1 ）疏散模型的開發和模型預測能力的改進疏散模型方面的研究一個明顯的趨勢就是未來的模型將包含更多的行為細節，注重人的行為的因素。 （ 2 ）火災中人員反應及毒性和煙的影響這一研究主要集中在一氧化碳等有毒氣體對暴露在火場中人員的影響，疏散指示標志的可見度測試，以及火災中人員的行為和對火災的反應等方面的研究。
  6. This paper analyzed the criterion of the safety evacuation, factors affected on safety evacuation, calculating method of evacuation time and the smoke layer falling time, typically introduced the several calculation method that i had know, such as the japan three steps calculation method based on experience ( awareness time, travel time, queue time ), two computer modeling calculation method such as simulex and exodus and a spatial grid computer model of hongkong. and it also analyzed and certificated the application scope and difference between the computer modeling calculation methods and japan method with the practical project. all these are aimed to provided preference for performance - based design method and design of computer program for modeling evacuation of people, and advanced the steps of performance - based fire protection design method in our country

    本文對安全疏散的標準、影響安全疏散的因素、疏散時間和影響疏散的煙層下降時間的計算等方面進行分析，重點介紹了作者所掌握的疏散時間的幾種計算方法，日本的三步驟疏散時間經驗公式計算方法（察覺時間、步行時間、排隊等待時間） 、以及兩種計算機疏散計算模型simulex和exodus 、香港的空間網格計算機模型的計算方法等，並結合實際工程來分析驗證疏散計算機軟體模擬和日本經驗公式法之間的不同與適用性，並對疏散計算中的重要參數，人員密度和疏散人數的確定進行介紹，旨在為我國的性能化疏散設計與疏散模擬的計算機軟體的編制提供參考，同時促進我國性能化防火設計的進程。
  7. The cross passage between two bored tunnels serves as a vital passage for fire fighting. according to nfpa regulations, the length of tunnel between two cross passages should not exceed 244 meters. therefore, the evacuation time and fumigation modeling for tunnels where the mf method is applied need to be reassessed

    （三）潛盾路線段消防逃生之檢討，依nfpa規定兩潛盾隧道間必須設置聯絡通道以利人員之逃生，且兩聯絡通道之距離不能大於800尺，故逃生方式及排煙模式等規劃也須重新考量。
  8. Numerical simulation by cfd was carried out to understand the hot current behavior in a tunnel with longitudinal ventilation. it becomes clear that fire source modeling is very important because the hot current behavior is strongly affected by the fire source position and is sensitive to methods in the modeling of the fire source. the flame area which has developed from the fire source is an area of chemical reaction caused by combustion. even if grids in the vicinity of the fire source are made fine, it was difficult to simulate the heat generation area with consideration to this chemical reaction through using a method for setting the heat release rate simply on the fire source surface. therefore, we proposed a method adopting the knowledge on flame shape under the longitudinal ventilation and incorporating it into numerical simulation and it showed a good agreement with the experimental results. it was shown through experiments in a tunnel with longitudinal ventilation that the hot current developed toward the tunnel center downwind from the fire source near a wall. the cause was investigated by numerical simulation and it became clear from the results that the spiral air by the fire plume created a vortex in the crevice between the wall and the plume

    運用cfd進行數字模擬，以了解縱向通風隧道內熱煙氣流的特性.通過模擬發現對火源進行模擬非常重要，熱煙氣流特性受火源位置的影響很大，並且對火源模擬方法很敏感.火源生成的火焰區是燃燒引起的化學反應區域.即使火源附近的木垛排列完好，也很難在考慮這些化學反應條件下模擬熱生成區域.建議考慮縱向通風隧道內火焰形狀並對它進行數字模擬.模擬結果與試驗結果非常吻合.試驗證明，在縱向通風隧道內，熱煙氣流從靠近墻體火源處順風向隧道中心蔓延.數字模擬結果發現，火災羽流造成的螺旋上升空氣會在墻體和羽流之間形成一個渦流區
  9. Abstract : numerical simulation by cfd was carried out to understand the hot current behavior in a tunnel with longitudinal ventilation. it becomes clear that fire source modeling is very important because the hot current behavior is strongly affected by the fire source position and is sensitive to methods in the modeling of the fire source. the flame area which has developed from the fire source is an area of chemical reaction caused by combustion. even if grids in the vicinity of the fire source are made fine, it was difficult to simulate the heat generation area with consideration to this chemical reaction through using a method for setting the heat release rate simply on the fire source surface. therefore, we proposed a method adopting the knowledge on flame shape under the longitudinal ventilation and incorporating it into numerical simulation and it showed a good agreement with the experimental results. it was shown through experiments in a tunnel with longitudinal ventilation that the hot current developed toward the tunnel center downwind from the fire source near a wall. the cause was investigated by numerical simulation and it became clear from the results that the spiral air by the fire plume created a vortex in the crevice between the wall and the plume

    文摘:運用cfd進行數字模擬，以了解縱向通風隧道內熱煙氣流的特性.通過模擬發現對火源進行模擬非常重要，熱煙氣流特性受火源位置的影響很大，並且對火源模擬方法很敏感.火源生成的火焰區是燃燒引起的化學反應區域.即使火源附近的木垛排列完好，也很難在考慮這些化學反應條件下模擬熱生成區域.建議考慮縱向通風隧道內火焰形狀並對它進行數字模擬.模擬結果與試驗結果非常吻合.試驗證明，在縱向通風隧道內，熱煙氣流從靠近墻體火源處順風向隧道中心蔓延.數字模擬結果發現，火災羽流造成的螺旋上升空氣會在墻體和羽流之間形成一個渦流區
  10. Combined with scientific research practices, by means of single chip microcomputer and computer simulation, on basis of the assembler and vc programming, this paper analyses and researches emphatically the basic principle of tank fire control system simulation, the data collection ( including testing ), 3d battlefield environment and the modeling of projectile ' s external trajectory etc

    結合科研實踐，運用單片機技術和計算機模擬技術，基於匯編和vc編程機制，著重對坦克火控系統系統模擬的基本原理、數據採集的實現（包括測試） 、三維戰場環境和彈丸外彈道模型的構建等方面進行分析研究。
  11. Modeling and experimental studies on mechanical exhaust efficiency in compartment fire

    室內火災機械排煙效果的模型計算與實驗研究
  12. Signs, " day " and " water " and " rain " combining the words " fire " in the modeling industry to demonstrate its distinctive corporate personality and characteristics

    標志以「天」 「水「 「雨」字體結合「滅火器」的造型體現其鮮明的企業個性及行業特徵。
  13. Time series modeling of co in the early fire detection

    氣體的時間序列建模
  14. Ad hoc working group on mathematical fire modeling ad hoc

    數學火災模化工作組
  15. In this paper, the basic and important parts are studied. for example, the capacity of jet fan in tunnel, the flux distribution and resistance loss in the chimney. this approach is capable of modeling multi - dimensional, time dependent nature of fire in a road tunnel, this paper presents the critical ventilation velocity in various heat release rate and smoke release rate for jingfu highway

    以京福高速公路美菰林隧道的結構參數為依據，當隧道內發生火災時，對隧道煙霧隨時間的發展擴散過程進行了動態的模擬與研究，得出了不同的火災放熱率、發煙率的情況下，控制隧道煙霧迴流的臨界風速這一關鍵數據，為隧道突發火災時的緊急通風控制提供參考。
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