焊接熱影響區 的英文怎麼說

中文拼音 [hànjiērèyǐngxiǎngqū]
焊接熱影響區 英文
jeat affected zone
  • 焊 : 動詞（用熔化的金屬修補金屬器物或使金屬工件連接起來） weld; solder
  • 接 : Ⅰ動詞1 （靠近;接觸） come into contact with; come close to 2 （連接; 使連接） connect; join; put ...
  • 影 : Ⅰ名詞1 （物體擋住光線后映出的形象） shadow 2 （鏡中、水面等反映出來的物體形象） reflection; image...
  • 區 : 區名詞（姓氏） a surname
  • 焊接 : weld; welding; soldering; seal; sealing; sealing-in; shutting together
  1. Simulation of grain growth in the haz of stainless steel eb

    1不銹鋼焊接熱影響區晶粒生長模擬
  2. Method of taper hardness test in weld heat - affected zone

    焊接熱影響區錐形硬度試驗方法
  3. Testing method of maximum hardness in weld heat - affected zone

    焊接熱影響區最大硬度的試驗方法
  4. Weldability testing - testing method of maximum hard ness in weld heat - affected zone

    焊接熱影響區最高硬度試驗方法
  5. Weld hardness is controlled ( including the heat - affected zone ) and maintained below 200 hb

    焊接硬度控制在（包括熱影響區域） 200hb以下。
  6. Using the heat of welding to vapour water, cooling rates are lowered on the weld bead and heat - affected zone

    利用焊接時的加熱使水汽化，不僅使焊道而且使熱影響區的冷卻速度減慢。
  7. Corrosion resistance of nickel - base alloy spray welding layers after undergoing weld thermal cycle

    帶噴焊層鋼管焊接接頭熱影響區耐蝕性能的研究
  8. The effect of heat pipe on the thermal cycle during welding and haz

    熱管對焊接熱循環和焊接熱影響區的影響
  9. The microfissuring behaviors in the heat - affected zone ( haz ) of electron beam ( eb ) welded nickel - based superalloy gh 4133 have been studied by using analytical scanning electron microscopy ( sem )

    摘要利用金相分析和掃描電鏡對鎳基高溫合金電子束焊接熱影響區微裂紋行為進行了分析。
  10. The effect of the structure of austenite zone on the performance of gray iron welding joint is studied by means of thermo - simulated test in this paper

    摘要採用熱模擬試驗方法探討了灰口鑄鐵焊接接頭熱影響區的奧氏體區組織對接頭性能的影響。
  11. Consequently martensite will form in the welds and heat affected zone ( haz ) requiring proper and precise pwht procedures

    因此在焊接部位和熱影響區域（ haz ）形成馬氏體就需要正確的精密的pwht工序。
  12. At the same time, the correcting valuation of laser hammering increases with the increment of pulse and voltage. the y direction is the major shift

    焊接電壓和脈寬越大，最高溫度越高，熱應力影響區越大，同時焊后校正偏移量越大。
  13. Minimal the tendency of microcracks can be obtained by improving the shape of weld pool and enhancing the welding energy input

    通過改善焊縫成形和提高焊接線能量有助於減小兩類熱影響區微裂紋傾向。
  14. The results show that, when the hardfacing process is not appropriate, the thick martensite structure with high carbon content will form in the overheat region of heat affected zone, and the high residual stress occurred, which are the primary causes resulting in crack

    結果表明，堆焊工藝制定不當，熱影響區的過熱區形成高碳粗大馬氏體組織及保留了較大的焊接應力，是導致堆焊層開裂的主要原因。
  15. Test results show that the formation of protective nut by laser welding have narrow heat affect zone and minimum organization grow up inclination, gentle hardness gradient, and the protective cover is nearly not out of shape

    研究結果表明，防護螺母激光焊接成形具有最窄的熱影響區和最小的組織長大傾向，硬度梯度平緩，且防護罩幾乎沒有變形。
  16. If the weld spot size is the same, the welding - parameter both high voltage, short pulse width and low voltage, long pulse width can get the same pws of lh. but the range of influence of thermal stress by long pulse is larger than by high voltage

    在光斑尺寸相同的條件下，高電壓小脈寬和低電壓大脈寬可以使激光錘校正偏移達到相同的效果，但是高電壓小脈寬的焊接參數比低電壓大脈寬的焊接參數對材料的熱應力影響區要小。
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