抗拉強度,tensile strength英語短句,例句大全

抗拉強度,tensile strength
1)tensile strength抗拉強度
1.Effect of deposition on the tensile strength of tungsten alloy;析出物對93WNiFe合金抗拉強度的影響
2.Prediction of tungsten tensile strength with artificial BP neural network method;用神經網絡BP算法預測鎢合金材料抗拉強度
3.Influence of sintering parameters on tensile strength of warm compacted Fe-2Ni-2Cu-1Mo-1C material;燒結參數對溫壓Fe-2Ni-2Cu-1Mo-1C材料抗拉強度的影響

英文短句/例句

1.steel has great tensile strength鋼有極高的抗拉強度
2.The heat treatment improves the tensile strength.熱處理能提高抗拉強度。
3.TENSILE STRENGTH OF NANO-Al 2O 3 SYSTEMS CERAMICS;Al_2O_3系納米陶瓷抗拉強度
4.Table for Comparison of Tensile Strength and Hardness(Brinell,Rockwell,Vicker)抗拉強度與硬度(布氏、洛氏、維氏)對照表
5.Mild steel has a high tensile strength, this being 200 times that of concrete.低碳鋼具有很高的抗拉強度，大約是混凝土的抗拉強度的200倍。
6.Instantaneous Anti-tension and Tensile Strength of Single Root of Four Plant Species in Two Growth Periods瞬時拉力下兩個生長期4種植物單根抗拉力與抗拉強度的研究
7.Method of testing in tensile strength perpendicular to grain of woodGB/T14017-1992木材橫紋抗拉強度試驗方法
8.Method of testing in tensile strength parallel to grain of woodGB/T1938-1991木材順紋抗拉強度試驗方法
9.Refractory ceramic fibre products-Determination of tensile strength耐火陶瓷纖維制品　抗拉強度試驗方法
10.They are made up of wire that's high tensile steel.它們是由高抗拉強度的鋼絲組成的。
11.the tensile strength ofwire,rope,etc金屬線、繩索等的抗拉強度.
12.brittle materials tensile-strength tester脆性材料抗拉強度測試儀
13.testing method for tensile strength of hydraulic cement mortars水凝水泥抗拉強度測定方法
14.Thermal sprayed coatings--Determination of tensile strengthGB/T8641-1988熱噴涂層抗拉強度的測定
15.Application for Paper Tensile Strength Based on Single-chip單片機在紙張抗拉強度測試中的應用
16.Tension Test and Numerical Analysis on Cohesive Clay;粘性土抗拉強度試驗研究及數值模擬
17.Study on the tensile strength of SiCp/Al compositeSiCp/Al復合材料的抗拉強度研究
18.The research on the zero-span tensile strength of tracheids of the softwood針葉材管胞縱向零距抗拉強度的研究

相關短句/例句

ultimate tensile strength抗拉強度
1.The results show that as the quench rate increases, the ultimate tensile strength, yield strength and Vickers hardness of the α (Al) matrix of the alloy all increase remarkably; with the peak aged condition, both σ b and σ 0.結果表明 ,隨著淬火速率的提高 ,合金的抗拉強度、屈服強度以及α(Al)相的顯微硬度均有提高 ,抗拉強度和屈服強度與淬火速率的對數值近似成線性關系。
2.The results indicated that the Young′s modulus of 6061Al alloy exhibited no considerable change,the yield strength and ultimate tensile strength decreased slightly with the peak aging temperature increasing.研究結果表明，６０６１Ａｌ合金彈性模量不隨峰時效溫度的提高而發生變化，屈服強度和抗拉強度隨峰時效溫度的提高而略有下降；ＳｉＣＷ／６０６１Ａｌ復合材料的彈性模量則隨峰時效溫度的提高而略有下降，ＳｉＣＷ／６０６１Ａｌ復合材料屈服強度和抗拉強度隨峰時效溫度的提高而明顯降低。
3.The paper is concerned with the variation of corrosion weight loss and ultimate tensile strength of 18Ni (350) maraging steel and 7075 aluminium alloy at 120℃, 90℃, 60℃ and room temperature under UF 6 pressure of 13 kPa.研究了國產１８Ｎｉ（３５０）馬氏體時效鋼和７０７５鋁合金在不同溫度及ＵＦ６壓力為１３ｋＰａ條件下，腐蝕失重、抗拉強度隨時間變化的規律。
3)strength[英][stre?θ][美][str??θ]抗拉強度
1.The strength and conductivity of the alloys were tested.探討了RE、Cu元素對工業純鋁性能的影響,測試了合金的抗拉強度及導電率。
2.The tensile strength of foundries was improved using three alkaline phenol-aldehyde resins prepared at pH of 14, 8 and 3 as binders in the CO_2 cold-box process.在 p H=8下合成的樹脂分子中雖存在大量活性羥甲基但苯環間基本上以亞甲基橋相連 ,其樹脂砂抗拉強度較低。
4)tension strength抗拉強度
1.The result of CF′s electrochemical surface oxidation treatment shows that in different stages, tension strength and Young′s module show different laws of ascending and descending.TX-3和HTA纖維的液相(HNO3、H2O2)和電化學表面氧化處理的結果表明,在氧化處理的不同階段,纖維的抗拉強度和彈性模量表現出不同的升降規律,從纖維表面特性的角度對這一現象的原因進行了解釋。
2.For making the new technique of tension strength testing method have the good and practical value,and avoid causing the large discreteness in the applicatin.為了使抗拉強度檢測新技術具有良好的實用價值,避免在應用中有較大的離散性、此利用這種檢測方法的結果,有必要討論在給定可靠度的置信區間。
3.Based on the tests,the conclusion was drawn that the glass fiber can notably increase the tension strength at early stage.將玻璃纖維摻入水泥穩定碎石中,采用正交試驗方法對其進行抗拉強度試驗。
5)ultimate strength抗拉強度
1.It has been found that the amount of Al_3Ti phase decreased and finally disappeared, and that the ultimate strength and elongation rate of the composites increased from 224.研究結果表明 :當B TiO2 摩爾比從 0增加到 2時 ,棒狀物Al3Ti增強相逐漸減少直至消失 ,Al2 O3顆粒分布的均勻性提高 ,TiB2 粒狀彌散分布在合金基體中 ,材料的抗拉強度明顯增強 ,由 2 2 4 。
2.The test results show that with the increase of B/TiO 2 mole rate from 0 to 2, the distribution of Al 2O 3 particles was improved and the amount of Al 3Ti phase decreased and finally disappeared, the ultimate strength of the composites increased from 224.隨著 B/Ti O2 摩爾比從 0增加到 2 ,Al基體的晶粒細化 ,反應產物 Al2 O3分布的均勻性提高 ;棒狀物 Al3Ti的量逐漸減少直至消失 ;同時 ,該反應系的實際燃燒溫度下降 ,反應速度減小 ,反應產物的致密度提高 ,力學性能明顯改善 ,其抗拉強度由 2 2 4 。
6)tensile strength抗拉伸強度
1.Gauging the shear strength,tensile strength and modulus,glass transition temperature of the composite and their change during the aging test.選用TDE-85和E-51作為主體樹脂,制備了一種T700碳纖維復合材料,并對這種復合材料進行耐濕熱老化研究,分別測定其抗剪切強度、抗拉伸強度及模量和玻璃化轉變溫度隨老化時間的變化值。