high pressure vessel 中文意思是什麼

high pressure vessel 解釋
高壓熔器
  • high : adj 1 高的〈指物，形容人的身高用 tall〉；高處的；高地的。2 高級的，高等的，高位的，重要的。3 高尚...
  • pressure : n 1 壓；按；擠；榨。2 【物理學】壓力，壓強；大氣壓力；電壓。3 精神壓力，政治[經濟、輿論等]壓力。4...
  • vessel : n. 1. 容器，器皿〈桶、缽、碗等〉。2. 船，艦；飛船。3. 〈喻、謔〉人。4. 【解剖學；動物學】管，脈管，血管；【植物；植物學】導管。
  1. Tube for high - pressure vessel

    高壓氣瓶用管
  2. Standard specification for pressure vessel plates, carbon steel, high strength, for moderate and lower temperature service

    中溫和低溫壓力容器用高強度碳素鋼板的標準規范
  3. High strength steel plates for pressure vessel for intermediate and moderate temperature service

    中溫壓力容器用高強度鋼板
  4. The water temperature at the reactor pressure vessel outlet is about 330 degree c whereas the water temperature at the inlet of the vessel is about 290 degree c. the cooling water is in a sub - cooled condition at such high temperature and pressure to prevent it from boiling

    反應堆出水的溫度約為攝氏330度，而入水口的溫度約攝氏290度。在這高溫及高壓狀態下的冷卻水會處于欠熱狀態即冷卻水的溫度與其沸點有一段距離，因此不會沸騰。
  5. Author thinks that the direction of the maximum plastic distortion along a constant radius around the crack tip may be considered as the direction of shear - mode fracture ( named pmax - criterion ) and the load when located shear band prongs the ligament in the front of crack tip is regarded as the limited load of shear - mode fracture. ( 3 ) the fad ( fracture assessment diagram ) of titled crack is proposed based on achievements of mesomechanics about i - ii complex ductile fracture of metal, and the titled crack is classified two kinds : void - mode fracture is assessed by fracture assessment curve, and shear - mode fracture by limited load. ( 4 ) using a fe program based on plantle - ressue theory to calculate some mesomechanical parameters, a flange joint structure of a high pressure vessel ( design pressure 31. 4mpa and the thickness of the hemispherical head is half of that of shell. ) is analyzed to determine whether the structure under operation pressure is safe or not, forecast the mode of potential invalidation and argue for the rationality of design of the structure

    試件的整體斷裂為剪切型，但在試件芯部裂尖鈍化區中部出現了韌窩型啟裂並有一定的擴展，說明局部較高的應力三軸度也會使韌窩型機制得以發展，但是不改變試件整體的剪切型斷裂模式；對韌性斷裂的剪切模式的細觀機理做了一定的探討，並且提出了含裂紋構件剪切型斷裂的宏觀判據：認為裂紋前方的集中剪切帶中與裂紋尖端等半徑處最大有效塑性應變出現的方向可以作為裂紋剪切斷裂的方向（可簡稱為_ （ pmax ）準則） ，集中剪切滑移帶貫穿裂紋前方承載韌帶時的載荷可以作為極限載荷；本文運用金屬韌性斷裂細觀力學在一復合型韌性斷裂方面的研究成果，採用失效評定圖的形式，提出了傾斜裂紋的安全性評定方法的基本框架。
  6. The closed vessel with high - pressure gas or liquid media is generally called pressure vessel which is frequently disabled in accident

    壓力容器是各種承受氣、液介質壓力密閉容器的通稱，在使用中易於發生各種事故。
  7. Asme boiler pressure vessel code - section 8 : rules for construction of pressure vessels ; division 3 ; alternative rules for construction of high pressure vessels

    Asme鍋爐和壓力容器規程.第8節:壓力容器的製造規則.第3分冊.高壓容器製造的替代規則
  8. Research on design of newly low temperature and high pressure vessel wound by steel strip

    新型扁平繞帶式低溫高壓容器設計研究
  9. The demand and direction of the development of the pressure vessel technology in the twenty - first century were given, the german layered total wrap - welded high pressure vessel technology was estimated, the outstanding competitive advantages of the chinese new type steel ribbon wound pressure vessel technology in burst resistant safety, reducing cost up to 40 %, and the design flexibility of steel compound structure were described

    指出了21世紀壓力容器構造技術發展的要求和方向，對德國的整體夾鉗包紮高壓容器構造技術進行了評價，著重論述了我國的新型繞帶式壓力容器在具有抗爆安全特性、降低成本達40以及鋼復合結構設計靈活等方面所佔的突出競爭優勢。
  10. It is applied to components requiring high corrosion resistance, good weldability and medium strength, such as soldering part for vessel, vehicle and airplane, pressure vessel placing demanding requirement in fire prevention, cooling device, television tower, drilling equipment, transportation equipment, missile component and armor

    典型用途：用於需要有高的抗腐蝕性、良好的可焊接性和中等強度的場合，諸如船舶、汽車和飛機板可焊接件；需要嚴格防火的壓力容器、製冷裝置、電視塔、鉆探設備、交通運輸設備、導彈零件、裝甲等。
  11. In this paper, shrink principle was also used to for designing and computing to the high pressure cylinder in order to prove the advantages autofrettage technique in designing of super - high pressure vessels. and the compute result gained by autofrettage technique was compared to the compute result gained from the shrink principle and original design project. it was shown from the results that the using of autofrettage technique in designing super high pressure vessel was more superiority than the shrunk principle

    為了說明自增強技術在超高壓容器設計中的優點，本文也採用了縮套原理對該高壓缸進行了設計計算和分析，將採用自增強技術的設計計算結果和採用縮套原理的設計計算結果及原設計方案的結果進行了比較，分析表明:採用自增強技術設計超高壓容器優于採用縮套原理設計的超高壓容器。
  12. The result of research enriches the trial method, get the fatigue crack growth laws of four kinds of pressure vessel materials at high temperature. provide a kind of numeric method

    本文的研究結果，豐富了試驗方法;得到四種壓力容器材料的高溫疲勞裂紋擴展規律;對疲勞裂紋擴展路徑判定提供一種計算機方法。
  13. The high - pressure composite vessel usually consists of the inner metal lining and outer winding graphite fiber reinforced plastic with high strength

    該復合容器通常由金屬內膽和外層纏繞的高強度纖維增強復合材料組成， 。
  14. This paper discussed the development general situation of the domestic and international super high pressure vessel first, and then the calculative method of stress and the homologous strength theories about the single - layer ordinary round super - high pressure vessel, single - layer autofrettage thick wall round super - high pressure vessel and shrunk - on double - layers round super - high pressure vessels were elaborated systematically

    本文在論述了國內外超高壓容器的發展概況的基礎上，較為系統地闡述了單層普通圓筒形超高壓容器、單層自增強厚壁圓筒形超高壓容器、雙層縮套圓筒形超高壓容器的應力計算方法及相應的強度理論。
  15. Fabricators of pressure vessel using alloy, carbon steel and high temperature alloy using in petrochemical and refining industries

    合金使用?力容器製作者、炭素鋼及高溫合金石油化學製品及精?業使用。
  16. A high - pressure vessel, made of filament - wound composite, has been used in many demanding applications such as rocket generator cases, and oxygen and hydrogen tanks etc. in the aeronautic and astronautic industry, because of having many advantages

    纖維纏繞高壓復合容器具有許多優點而應用在航空和航天工程領域，例如：火箭發動機箱體，高壓氧氣或氫氣儲存器等。
  17. 1 horizonal vessel with saddle support 2 vertical vessel with ear - lug, skirt, leg support 3 special structure used in very high pressure case

    當前對于壓力容器中最重要的工藝焊接，是關繫到壓力容器質量的重要工藝環節，有相應的標準：
  18. The paper introduces single " u " groove welding procedure for stainless steel inner cylinder of multilayer high pressure vessel, opening up a new method for welding clading stainless steel vessel

    詳細介紹了內筒為不銹鋼的多層高壓容器外u形坡口的單面焊接工藝，從而為不銹鋼復合容器的焊接開辟了一條新途徑。
  19. Stress measuring experiment for inner wall ( underwater ) of high pressure vessel

    你認為呢？因為你的主要結構應該是；關于， ， ， ，的測量試驗。僅供參考。
  20. In order to effectively study the residual stresses of auto - frettagea super high pressure vessel, this paper first offers a new model of the constitutive relationship of stress - strain

    摘要為了有效地研究自增強超高壓容器的殘余應力，本研究提出了一個新型的應力應變關系模型。
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