rupture stress 中文意思是什麼
rupture stress
解釋
頂破應力-
Because the pipeline system will not rust, corrosion, debris and other issues not readily available broken down to such an extent that almost no repair. prominent anti - stress and creep resistance of a pipeline rupture also guarantee long life
由於管道系統內不會產生生銹、腐蝕、碎片等問題且不易破裂，所以幾乎不需要修理，突出的抗蠕變性及抗應力破裂性還保證了管道長久的壽命。 -
And it investigates the appearance condition ( including joint, crack, eroding, corrosion, braking pole device rupture, crane - girder ' s gnawing railway and so on ) of the whole crane - girder system on the spot, at the same time, it also actually examines the stress of the beam, chemical ingredient, distortion and railway excursion, etc. through sampling, and based on the actually examined results, it checks and calculates the carrying capacity of crane - girder system. then, based on the investigating on the spot and the calculated result, it discusses the mechanism of fatigue failure of the upper part of welded steel crane - girder, analyses the reason of steel crane - girder in the high - frequency emerging the fatigue crack, institutes the strengthened method of damaged steel crane - girder of accurate packing up workshop of the primary mill plant. finally, it presents some advice and suggestions for the repairing and strengthening method of fatigue crack of upper part of steel crane - girder in the high - frequency
針對包鋼初軋廠精整車間鋼吊車樑上部區域出現裂縫這一問題，本文首先綜述了國內外關于焊接鋼吊車樑上部區域疲勞裂縫的研究現狀；其次對整個吊車梁系統的外觀情況（包括連接、裂縫、腐蝕、銹蝕、制動桿件斷裂、吊車啃軌等）進行了現場調查，抽樣實測了梁的應力、化學成分、變形及軌道偏移等，根據實測結果，對吊車梁系統的承載能力進行了驗算；然後，根據現場調查及計算結果，探討了焊接鋼吊車樑上部區域疲勞破壞的機理，分析了重級工作制鋼吊車梁出現疲勞裂縫的原因，制定了初軋廠精整車間破損鋼吊車梁的加固方案；最後就重級工作制鋼吊車樑上部區域出現疲勞裂縫的修復與加固方案提出了一些意見和建議。 -
The development for temperature testing system in the stress rupture and creep experiments is analyzed. in conclusion, the system of intelligente automatic temperature testing improves the test accuracy and efficiency
摘要通過對持久、蠕變試驗測溫發展過程的分析，得出了智能自動測溫方法可提高試驗員的勞動效率，減輕勞動強度的結論。 -
Analysis of oxidative stress status of pregnant women with premature rupture of membranes
胎膜早破孕婦血清氧化應激狀態分析 -
The combustor do n ' t fail if transient rise of temperature field is neglected, the stress field of combustor can n ' t cause gas film wall rupture. 2. combustor ' s creep and relaxation is calculated in steady temperature field, the results show that creep and relaxation is not main reason destroying combustor chamber
對穩態溫度場下的蠕變鬆弛計算表明，高溫下的蠕變鬆弛促使火焰筒的熱應力下降，在所考慮的條件下穩態溫度場導致火焰筒的蠕變變形不是火焰筒破壞的主要原因。 -
Standard test methods for conducting creep, creep - rupture, and stress - rupture tests of metallic materials
金屬材料傳導蠕變蠕變斷裂和應力斷裂的標準試驗方法 -
Effects of phosphorus content on stress - rupture andcreep properties of in
718合金持久和蠕變性能的影響 -
Test methods for conducting creep, creep - rupture, and stress - rupture tests of metallic materials
金屬材料的傳導蠕變蠕變裂紋和應力裂紋測試方法 -
Metallic materials - creep and stress - rupture test in tension
金屬拉伸蠕變及持久試驗方法 -
For instance, numerical simulations show that in discrete models made of interacting blocks carrying a continuous scalar stress variable, the average stress is about two thirds of the stress threshold for rupture
例如，數字化模擬顯示，由相互作用的承載著連續梯度變化應力的地塊構成的離散模型中，平均應力大約為導致破裂應力極限的三分之二。 -
Elevated temperature properties for steels for pressure purposes. stress rupture properties
壓力用鋼的高溫性能.第1部分:應力斷裂性能 -
In quantitatively analysis including process of loading and stress distribution along the body of a chimney, load of blasting vibration induced by the forming of blasting cut was analyzed and the premature rupture of upper chimney was certainly affected by it
將ansys5 . 7瞬態動力學分析引入爆破動力計算中，定量分析研究了在切口形成時的爆破振動荷載下，整體結構受力過程及應力分佈規律。 -
Study of types of polymers ; fundamentals of viscoelastic phenomena such as creep, stress relaxation, stress rupture, mechanical damping, impact ; effects of chemical composition and structure on viscoelastic and strength properties ; methods of mechanical property evaluation
研究聚合物的類型；基本的粘彈現象比如蠕變、應力松馳、應力斷裂、機械阻尼、沖擊；化學組成和結構對粘彈體和力性能的影響；力學性質的測定。 -
But thermal stress ca n ' t be calculated without damage. and then it provided in this article the equation of the elementary damage, material intensity, elasticity modulus and temperature evolvement of rupture energy. 6
微裂縫的形成與發展仍然是由溫度應力造成的，但此溫度應力應是考慮損傷行為的應力，據此，文中導出了反映初始損傷、材料強度、彈性模量以及斷裂能的溫度損傷演變方程。 -
Analysis of a great many data shows that some strong earthquake will arouse seismogenic zone loading and bring the increase of stress, accelerate accumulation of nonlinear strain of medium. it will make the earthquake source rupture of high stress status in unsteadiness in advance, which resulting the proceeding earthquake occur in advance
表明：某次強震活動可以引起某些孕震區的加載，介質非線性應變積累加速，使處于高應力狀態的震源失穩提前進入不穩定狀態，后續強震提前發生，即強震之間存在著時間、空間上的關聯性。 -
Damage finite element, which can be calculated by rupture - damage finite element program, is applied to arch construction to calculate damage field and stress field with damage character considered, hi the program temperature damage developing equation is presented
損傷有限元計算是在已有的斷裂一損傷有限元的程序中加入本文給出的溫度損傷演變方程，以實現了溫度損傷及考慮損傷后應力場的計算。 -
We suspected that stress transferred beyond the end of each rupture triggered the successive earthquake, including izmit ' s
我們推論，應力轉移的范圍會超越每次斷層破裂的末端，引發下一次地震，伊茲米特市的地震正是一例。 -
The statistical result shows that about 50 percent of earthquakes occurred in the positive area of coulomb rupture stress of the preceding earthquake. 30 percent of earthquake occurs in the negative area and20 percent of them occurred in the boundary area
統計結果表明：大約50地震均發生在前一次地震的庫侖破裂應力變化正值區， 30發生在應力變化負值區， 20發生在正負交界區。 -
Verification regulation of high - temperature creep and stress - rupture testing machine
高溫蠕變持久強度試驗機檢定規程 -
The experimental results are the following : 1 the resistivity changing features of rock show rise - smooth - drop, and the smooth segment is very short and unobvious. 2 the time of first drop for the apparent resistivity is earlier than all other loading experimental results, the rupture stress about moves up by 10 per cent. viz : the apparent resistivity starting drop when axial rupture stress increases about 40 per cent for the array parallel to the axial ; the apparent resistivity starting drop when axial rupture stress reaches about one - third for the arrays non - parallel to the axial
即：平行於軸壓方向的測道，在軸向破裂應力的40 %左右開始下降不平行軸壓方向的測道，視電現率約在1 3軸向破裂應力開始下降3電阻率從開始下降起，下降速率逐漸增加，但增加得很緩慢，巖石大破裂前，單位軸向應力變化引起的視電阻率變化幅度也不是很大。
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