structure weight中文是什么意思

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中文翻译
造句

结构重量

structure n. 1.构造，结构；组织；石理，石纹。 2.建造物。 ...
weight n. 1.重量；体重；求心力，重力，(地心)引力。 2. ...
efficient strength-weight structure 大比强度结构
maximum strength-to-weight structure 最大比强度结构
self-weight (of structure) 结构自重
structure-fuel weight ratio 结构推进剂重量比
payload-structure-fuel weight ratio 有效载荷
by the weight 按重量付钱
by weight 按重量装填; 重量计量进料
not weight 级外级
of weight 重量证书
the weight 重量
weight n. 1.重量；体重；求心力，重力，(地心)引力。 2.斤两，分量，衡，计重单位。 3.(压东西的)重物。 4.砝码，秤锤，秤砣。 5.重担，重压；负担，重任。 6.重要性；影响力，势力。 7.【统计】权，加重值，权重，重要度。 8.(合于季节的衣料的)重量，厚薄。 9.拉弓所需的力。 10.【赛马】马应负载的重量〔包括马鞍、骑师等〕。 11.(拳师、摔跤手等的)体重级别。 a paper weight 镇纸。 a pound weight 一磅重的秤砣[砝码]。 a man of weight 重要人物，有势力的人。 a suit of summer weight 夏服一套。 by weight 论重量(卖等)。 carry great [no] weight 极[不]重要，极受[不受]重视。 gain [lose] weight 体重增加[减少]。 give short weight 骗秤头，克扣斤两。 have weight with (sb.) 对(某人)有影响。 pull one's weight 尽自己的本分〔见 pull 条〕 put on weight 体重增加，发胖。 throw one's weight about 大摆架子；作威作福，仗势欺人。 under the weight of 在…的重压下，迫于…。 weight empty 空重，皮重；空载。 weights and measures 度量衡。 vt. 1.在…上加重量，把重量放在…上。 2.使负担，装载；使负重担，装载过重；折磨，压迫。 3.在(织品、丝等内)搀重晶石(等)以增加分量。 4.【统计】使加权，附加加重值于。 5.视…为重要，强调。 weighted with 因…加重；因…烦恼。 adj. -less 无重的；失重的。 n. -lessness 失重。
weight by weight 重/重
weight in weight 有效组分在100克溶液中的克数; 重量重量比
structure n. 1.构造，结构；组织；石理，石纹。 2.建造物。 3.【化学】化学结构。 4.【心理学】(直接经验中显现的)结构性，整体性；整体结构。 military structures 工事。 adj. -d ,-less adj.
code weight; hamming weight 码重
gain weight=put on weight 增肥
gaining weight putting on weight 增加体重
initial weight; original weight 初重
landed weight; landing weight 到岸重量
packed weight (gross weight) 毛重
percent weight in weight 重量比重量百分数
put on weight = gain weight 体重增加; 增肥
shipping weight (intake weight) 装船货物重量

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例句与用法

Except there are 3 buildings were constructed in rc , the others are all reinforced structure buildings , total reinforced structure weights about 10 , 000 tons
除了3栋为rc建筑物外其余皆为钢骨建筑，总钢构数量约1万吨。
Except there are 3 buildings were constructed in rc , the others are all reinforced structure buildings , total reinforced structure weights about 10 , 000 tons
除了3栋为rc建筑物外其余皆为钢骨建筑，总钢构数量约1万吨。
Pre - stress steel structure , a new type of structure in which combine pre - stressed with steel structure . adding some high strength bar in steel structure , and forcing these bars pre - stress can improve the structure capability , reduce the structure weight
预应力钢结构是一种将预应力与钢结构相结合的新型结构，就是在钢结构中增加某些高强度杆件，并且对这些杆件施加预应力，使其达到改善结构性能，降低结构自重等作用。
Compared with steel structure , preflex composite structure has the advantages of not only saving steel but also being able to strengthen rigidity of structure members and the whole structure . in addition it has better characteristics in fireproof and antirust . compared with reinforced concrete structure , it has a lighter structure weight , higher strength , higher bearing capacity and better ductility as well
与钢结构相比，它不但节省钢材，而且能够增强构件及建筑物的刚度，防火和防锈性能好；与钢筋混凝土结构相比，它不但重量较轻，而且具有较高的强度、承载力和良好的延性，能充分发挥钢和混凝土两种不同材料的受拉受压特性。
Based on theory discussed above , dynamic characteristic optimal structure mathematical model based on probability is built . where structural shape topology information of plate is taken as design variable , minimum of structure weight as objective function and meeting reliability requires of several frequencies as constraints
在此基础上，构造了基于概率的结构动力特性优化设计数学模型，其中以板结构的形状拓扑信息为设计变量，以结构重量极小化为目标函数，以满足结构多阶固有频率可靠性要求为约束条件。
The optimal model of truss structure is established , in which the cross sectional areas of bar are taken as design variables , the structure weight is taken as objective function . in the process , the reliability of structural displacement and bar stress and the fundamental frequency are taken as constraint functions . from the engineering practice , all the reliability constraints , which are implicit generally with the design variables , are equalized and transferred to the conventional explicit constraints
本文将主要考虑桁架结构的优化问题，首先建立数学模型，即以桁架的横截面积为设计变量、以重量最小为优化目标，位移、应力等可靠性及基频为约束条件；最后，从工程实际出发，对结构系统的可靠性隐形约束进行等价显化处理，使之转化为常规的横截面积优化问题。
In the end of this thesis , basis on the structure dimension of a specifically submarine , some solutions for strengthening structure are discussed , such as increasing the thickness of shell , reducing the spacing of frames , increasing the bending inertial moments of frame and setting the intermediate stiffer , when the extreme diving depth becomes 450m or 600m . comparing these structure weights , the excellent solution is the lightest structure
本文最后以某核潜艇指挥舱的结构形式作为计算实例，对下潜深度分别增加到450米和600米的情况，选择增加壳板厚度、缩小肋骨间距、增加肋骨尺寸以及加设中间支骨等加强方案，经分析确定其中结构重量最轻的方案为最佳设计方案。

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Last modified time:Tue, 19 Aug 2025 00:29:56 GMT