深度彈簧 的英文怎麼說
中文拼音 [shēndùdànhuáng]
深度彈簧
英文
depth spring- 深 : Ⅰ形容詞1 (從上到下或從外到里的距離大) deep 2 (深奧) difficult; profound 3 (深刻; 深入) thor...
- 度 : 度動詞[書面語] (推測; 估計) surmise; estimate
- 彈 : 彈名詞1. (彈子; 小球形的東西) ball; pellet 2. (內裝爆炸物, 具有破壞和殺傷能力的東西) bullet; bomb
- 簧 : 名詞1. [音樂] (樂器里能發聲的薄片) reed2. (器物上有彈力的機件) spring
- 深度 : 1. (深淺程度) degree of depth; depth 2. (觸及事物本質的程度) profundity; depth
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Based on the full - depth / part - depth shear spring model proposed by luo weide and the theoretical corealation between the pile base resistance and the pile base settlement presented by randolph, a elastic analytical approach for computing the pile compression is conducted
本文利用羅惟德全深度? ?變深度剪切彈簧模型推導了樁身壓縮量的彈性理論解析計算方法,選用randolph的樁端沉降與樁端阻力的關系,利用荷載傳遞法推導了樁身壓縮量的數值計算方法。Thermocouple and thermal resistance in power station suit to measure temperature of electric generator groups and auxiliary machine correspond to 300000 and 600000 kilowatt, which can substitute one from import with many advantages as shock - proof, pressure - resistant, long in service, and convenience in maintain etc. the protective tube is processed in a special construction by deep - blind hole technology whose end not be welded to enhance the strength and prolong service life. thermocouple or thermal resistance
本公司生產的電站專用熱電偶阻,適用於我國30萬60萬千瓦等發電機組及輔機的測溫需要,產品安全可替代進口,具有防震耐壓使用壽命長,維修方便,保護管是採用深盲孔技術加工而成,端部不用焊接,提高了保護管的強度和使用壽命,鎧裝熱電偶熱電阻採用彈簧壓著式結構,在運行中保護管與鎧裝熱電偶熱電阻測量端始終保持著良好的接觸,抗震動,減少熱響應時間,鎧裝熱電偶測量端採用絕緣形式,能防止電磁干憂。Moreover, it is necessary to make a model that can simulate the operation of the valve because occasionally some factors are inaccessible. in this paper, the fundamentals of the valve been comprehended deeply, the model of the valve is brought forward, such factors as the spring, the material of the magnet core, etc are analyzed in detail using matlab simulink
第三,在深入解析電磁閥工作過程的基礎上,為了解決那些在現有條件下難以用試驗方法分析的某些因素對電磁閥性能的影響,建立了電磁閥的物理模型,採用matlabsimulink模擬技術對其進行了模擬研究,分析了諸如彈簧剛度、鐵芯材料等對電磁閥性能的影響,進一步揭示了電磁閥的工作機理。In the latter, the non - linear dynamic stabilities of the single rotor system with a crack are researched. the non - linear differential equ ations have periodic coefficients. and using the stability theory of the periodic motion, it is discussed that the thickness of the disk, the position of the disk and the position of the crack have effects on the dynamic stabilities
首先簡單討論了含裂紋的單盤轉子系統的線性動力穩定性,並與相關的文獻作出比較,驗證了等效線彈簧模型的正確性和精確性;然後,討論了含裂紋的單盤轉子系統的非線性動力穩定性,得到了一組具有周期系數的非線性微分方程組,且利用周期運動的穩定性理論進行了求解,深入討論了盤的厚度,盤所處的位置和裂紋所處的位置對轉子系統動力穩定性的影響。分享友人