主振型英語怎麼說及英文單詞
㈠ 請問「振型迭加」的英語怎麼說不要GOOGLE翻譯器的答案喲！
superposition of vibration mode
㈡ 「震動」的英語怎麼說
震動的英文：shake
詞彙解析
shake
英[ʃeɪk]美[ʃek]
vt. 動搖；搖動；震動
vi. 動搖；搖動；震動；發抖
n. 搖動；哆嗦
例：As soon as he got inside, the dog shook himself.
他一進去，那條狗就搖頭擺尾。
例：She picked up the bag of salad and gave it a shake.
她拿起了那袋沙拉搖了搖。
近義詞
1、rock
英[rɒk]美[rɑk]
n. 岩石；搖滾樂；暗礁
vt. 搖動；使搖晃
vi. 搖動；搖晃
例：The hills above the valley are bare rock.
河谷上面的山是光禿禿的岩石。
2、wave
英[weɪv]美[wev]
vi. 波動；起伏；搖動
vt. 卷（燙）發；使成波浪形
n. 波動；波浪；揮手示意
例：The shock waves of the earthquake were felt in Teheran.
在德黑蘭感覺到了地震的震波。
㈢ 什麼叫主振型
主振型從概念上講其實就是振型，一個意思。
主振型：這種結構位移形狀保持不變的振動形式可稱為主振型或振型。
它具有兩個特點：
①. 在振動過程中，兩個質點具有相同的頻率和相同的相位角；
②. 在振動過程中，兩個質點的位移在數值上隨時間而變化，但二者的比值始終保持不變。
㈣ 主振型是什麼
採用剛性樓板假定時，T周期最長的振型為主振型。非剛性樓板時，參與質量最大的振型是主振型。
振型：在振動的任一時刻，各質體位移的比值保持不變，即振動形狀保持不變，將此振動形式稱為振型。
振型有如下特點：
1. 結構自振頻率數=結構自由度數量；
2. 每一個結構自振頻率對應一個結構振型；
3. 第一自振頻率叫基頻，對應第一振型；
4. 結構每一振型表示結構各質點的一種運動特性：各質點之間的位移和速度保持固定比值；
5. 要使結構按某一振型振動，條件是：各質點之間的初位移和初速度的比值應具有該振型的比值關系；
6. 根據多質點體系自由振動運動微分方程的通解，在一般初始條件下，結構的振動是由各主振型的簡諧振動疊加而成的復合振動；
7. 因為振型越高，阻尼作用造成的衰減越快，所以高振型只在振動初始才比較明顯，以後則逐漸衰減，因此，工程的抗震設計中僅考慮較低的幾個振型。
㈤ 英語 語法成分 主語 謂語 賓語等或者結構的英文簡寫。例如 S V ADJ ADV 之類的
如下：
1、主語 subject S
2、謂語 predicate V
3、表語 predicative P
4、賓語 object O
5、狀語 adverbial a
6、定語 attribute attrib
簡介：
主語是謂語的陳述對象，如「我寫字」中的「我」就是主語，它做出「寫」這個動作，「寫」則是謂語，用來陳述主語的動作，而「字」是接受謂語「寫」這個動作的對象，它因此被稱為賓語，有的語法書也稱它為「客體」或「受體」。
主語是句子中的陳述對象，與英語語法也有相似之處。常常由名詞、 代詞、或 名詞性短語充當。形容詞、動詞、 謂語性短語和 主謂短語也可充當主語。 句子成分劃分時，主語符號為雙橫線。
㈥ 主振型的名詞解釋
對於簡單的判斷而言，採用剛性樓板假定時，T1為主振型，就是周期最長的那個振型。非剛性樓板時，參與質量最大的振型是主振型。
㈦ 英語archive mode怎麼翻譯
archive mode翻譯成中文的意思是：歸檔模式。
關鍵詞彙：archive
詞語分析：
音標：英['ɑːkaɪv]美['ɑːrkaɪv]
n.檔案；檔案館
vt.存檔
短語：
Asia Art Archive亞洲藝術文獻庫 ; 亞洲藝術文獻
Flashback Data Archive閃回數據歸檔
Tape Archive磁帶歸檔 ; 磁帶備份 ; 磁帶存檔 ; 將文件備份到磁帶上
project archive工程檔案 ; 建設工程檔案 ; 項目歸檔 ; 項目檔案
例句：
Import thearchiveasnormal.
正常導入歸檔文件。
Backup,archive,orrestoredata.
備份，檔案，或者存儲數據。
Mostof theStasiarchivewassaved.
西斯塔的大部分檔案被保留了下來。
UsetheArchivefeature.
使用存檔特性。
ThearchivewillspanMultiplevolumes.
該歸檔文件將跨越多個卷。
近義詞：
n. 檔案館；檔案文件
chancery
㈧ 那位英文高手幫幫忙翻譯一下，必重謝！！
Engineering Mechanics I (4 credits)
Summary: Static mechanics: statics basic axioms, constraints and binding objects and trying to force analysis;plane balanced system of forces, the concept of couple, couple, Department of balance; plane balance arbitrary system of forces and material balance system, internal force calculation truss; space balanced system of forces, center of gravity calculation; friction angle and self-locking phenomenon, there are friction balance. Kinematics: Kinematics points; simple rigid-body movement; the synthesis of movement points; rigid body planar motion. Dynamics: the basic equations of particle dynamics; dynamics general theorem; D'Alembert principle.
Engineering Mechanics II (5 credits)
Summary: Introction; axial tensile and compression stress bar, deformation and strength calculation; material in tensile and compression mechanical properties; shear and extrusion of practical calculation; the geometric properties of planar graph; reverse; bending internal forces; bending stress; bending deformation; stress state and strength of the theory; combination of deformation; energy methods; hyperstatic structure; dynamic load; alternating stress; bar stability.
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Theory of Machines and Mechanisms (3 credits)
Summary: Introction; structure analysis; plane body motion analysis; analysis of planar mechanisms; mechanical efficiency and self-locking; mechanical balance; mechanical operation and regulation of the speed of fluctuations; planar linkage and its design; cam mechanism and its design; gear and its design; gear systems and their design; other common institutions.
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Summary: The single degree of freedom systems: free vibration, forced vibration damped and forced vibration damping; the calculation of natural frequencies; resonance law; rotor critical speed; based vibration; vibration isolation. Two degrees of freedom systems: free vibration and forced vibration; Lagrange equation; the calculation of natural frequencies; vibration mode; resonance law; the basic principles of dynamic absorbers. Multi-degree of freedom system: stiffness matrix, the determination of the inertia matrix; free vibration differential equation of free vibration; the calculation of natural frequencies; vibration mode; transfer matrix method the basic theory and method of profile.
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Summary: The purpose of this course is to enable students to understand the basic concepts of database technology, database technology in computer-aided design and manufacturing and the role of the network. Have a more advanced database management systems, applications to carry out its medium-complexity of the database application systems. Include: Introction; the basic operation of the database; query and statistics; programming; form design; report design; menu design; example database applications such as systems development.
Practice
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Hand-painted master engineering drawings (bracket structure map of the worm work plans, sliding bearing assembly) methods to improve students, drawing capacity; students scientific, rigorous style of study, students practice and the practical ability
Metalworking Practice (4 credits)
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㈨ 振字的英語怎麼寫
動詞
1.（搖動; 揮動） shake; flap; wield
2.（奮起） brace up; rise with force and spirit
釋義 振（Inspiring）：振，商的開國君主湯的祖先。他是曹圉的孫子，冥的兒子。冥死後，他成為商族首領。 振 ①振顫，搖動。參「振寒」、「振掉」、「振拉」。 ②奮起，暴發。參「振發」。