• The strengthened function of the stiffened plate structure is confirmed.

    验证了加筋板对结构的加固作用。

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  • So inland river high-speed ship adopts multi-stiffened plate hull structures.

    因而内河高速船采用了双向密加筋板船体结构这种形式。

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  • Prediction of welding deformations of stiffened plate based on inherent strain;

    提出了基于固有应变对接薄板失稳分析的基本方程。

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  • This new stiffened plate element has the same degree of freedom as regular plate elements.

    任意加筋板单元具有和常规板单元相同的自由度。

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  • Design crusher frame of stiffened plate, internal special attention not to impact crusher row ore.

    设计破碎机机架内部筋板,特别注意不要影响破碎机排矿。

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  • The Study on Dynamical Optimizing of Stiffened Plate with Frequency Preserve of Ship and Naval Architecture;

    本文基于灵敏度分析探讨了板梁组合结构的动力优化问题。

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  • Aviation aluminum stiffened plate experiments show that the method can accurately and rapidly identify the damage.

    在航空铝制加筋板上的实验表明,本文方法能准确、快速地识别损伤。

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  • Calculation on plate and stiffened plate by using added mass method has great theoretical significance and practical value.

    船体结构是由板和梁组合而成的,因此计算板和加筋板的附加水质量具有重要的理论意义和实用价值。

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  • The viscoelastic damping control of steady-state harmonic response of stiffened plate is studied by using modal superposition method.

    应用模态叠加法研究了用粘弹性阻尼控制加筋板的稳态简谐响应。

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  • Stiffened plate is the basic structure form of ships, so it is important to study the buckling characteristic of stiffened plate and shell.

    加筋板是船舶与海洋结构物的基本结构形式,因此研究加筋板壳的稳定性有着十分重要的工程意义。

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  • A set of stability test-bed was designed, which may carry out the stability experiment for plate and stiffened plate, based on the theory of structure stability.

    文章基于结构稳定性理论,设计了一套稳定性试验平台,使其能够完成板、加筋板的稳定性试验。

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  • The number of stiffened plate, convex platform part or to prevent cold-lap thin-walled place, must improve liquid aluminum liquidity. Mould temperature should be relative improve.

    筋板、凸台部分或薄壁处为防止冷隔,要提高铝液流动性。模温应相对提高。

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  • The exact characteristic equations for solving the critical bucking load of stiffened plate compressed and simply supported in direction of the stiffeners are derived in this paper.

    对于在受压边简支,纵向加筋的受压加筋板,本文给出了求解临界载荷的特征方程的精确形式。

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  • Stiffened steel plate is the basic strength member in ship and offshore structures.

    加筋板是船舶和海洋结构物中的基本结构构件。

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  • Experiment results also reveal that stiffened thin-walled composite plate can bear greater load after buckling. And buckling mode change after stringer adhesive fails.

    试验还发现复合材料薄壁加筋板结构有较高的后屈曲承载能力,后屈曲过程中由于桁条脱胶会造成屈曲模态的变化。

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  • Compared with plate raft, stiffened raft has evident advantages in diminishing nonuniform settlement, improving the internal force distribution of raft and reducing construction cost.

    与平板筏基相比,梁板式筏基对于减小不均匀沉降、改善筏板内力分布、降低工程造价方面都有比较明显的优点。

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  • It is very hard to obtain the solution of acid hydrolysis FRP tank cover as stiffened composite plate and shell by analytical method.

    酸解罐玻璃钢盖子作为加筋复合材料板壳,应用解析方法很难求解。

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  • Secondly the linear elastic fracture problem of the finite stiffened cracked plate is studied.

    接着对有限加筋板的线弹性断裂问题进行了分析。

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  • SCSW and stiffened steel-plate shear wall with the same static behavior are designed and conduced in economic comparisons.

    设计了抗剪静力性能完全相同的组合剪力墙和全加劲钢板剪力墙,并对二者进行了经济性比较。

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  • Several strengthening methods, including stiffened internal ring reinforcement, collar plate reinforcement, internal plate reinforcement and chord thickness reinforcement, are introduced here.

    本文介绍了几种加固方法,如内置加劲环加固、环口板加固、内置插板加固和主管壁厚加固等。

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  • The experimental results indicated that stiffened thin-walled composite plate can bear greater load after buckling.

    试验结果表明复合材料加筋板在屈曲失稳后仍有较大的承载能力;

    youdao

  • The experimental results indicated that stiffened thin-walled composite plate can bear greater load after buckling.

    试验结果表明复合材料加筋板在屈曲失稳后仍有较大的承载能力;

    youdao

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