- 更多网络例句与静热力学相关的网络例句 [注:此内容来源于网络,仅供参考]
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Using the prevalent relation of no converse thermodynamics of elastic-plastic medium and the Baider free energy,the mechanical actions of elastic-glutinous-plastic hole medium are researched under the effect of impactive static water.
利用弹塑性介质的不可逆热力学的普遍的关系,采用德拜形式的自由能对弹粘塑性孔隙介质在冲击静水作用下的力学行为进行了研究。
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Using magnetic fluid dynamics and thermodynamics theory,a study on the results of axial bearing pressure ability of rotation axis magnetic fluid static seals was introduced.
介绍了利用磁流体动力学、热力学理论,研究旋转轴磁流体静密封轴向承压能力的结果。
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Through a large number of examples in this book describes the basic use of ANSYS 8.1 software methods, including modeling, meshing, applied loads, solving and post-processing, etc.; then introduced using ANSYS finite element analysis process commonly used in high-level analytical methods, such as the non-linear static analysis, modal analysis, transient dynamic analysis, thermodynamic analysis, optimization design, etc.; In addition, the book pairs of ANSYS parametric programming language APDL made an initial set to try to make the reader of this strong preliminary understanding of language.
本书通过大量的实例介绍了ANSYS 8.1软件的基本使用方法,包括建模、网格划分、施加荷载、求解及后处理等;进而介绍了用ANSYS进行有限元分析过程中常用的高级分析方法,如非线性静力分析、模态分析、瞬态动力分析、热力学分析、优化设计等;另外,本书还对ANSYS参数化编程语言APDL作了初步阐述,力图使读者对这种强大的语言有初步的认识。
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It's form is the contribution of the Reynolds stress tensor and magnetic fluctuating tensor.
主要的表现是:第一,Reynolds stress 张量和磁扰动张量的径向分量贡献给压强,引起太阳内部流体静力学平衡方程和太阳内部热力学变量的改变,从而导致温度、密度、内能、绝热指数以及绝热温度梯度等的变化。
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We have made use of the spectral of effective gluons in static limit, calculated the effective thermodynamic potential in QGP with a soft exchange gluon at two-loop level, and studied the influence from the transverse gluon width to the potential.
我们先采用静极限下有效胶子的谱函数,通过计算含单个软交换胶子的QGP系统的热力学势直到两圈,研究了横胶子的有限宽度对系统热力学势的影响。
- 更多网络解释与静热力学相关的网络解释 [注:此内容来源于网络,仅供参考]
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aerostatics:气体静力学
aerostatics 空气静力学 | aerostatics 气体静力学 | aerothermodynamics 气动热力学
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engineering drawing:工程绘图
第一年将修读静力学(static), 物质科学及科技,微积分学(calculus)及基本工程绘图(engineering drawing). 第二年开始学学习液体学及热力学. 第三年则会更深入的探讨热力学,液体学,机械学运用等的知识. 到了最后学年将开始专注于工业设计,
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thermodynamic:热力学
第一年第二年将修读一些基本如静力学(statik),热力学(thermodynamic),物质科学(material science)等的基础. 第三年与第四年则专注于海洋学有关的知识. 毕业生需会如何维修(repair),维持(maintain),执行(operate),设计(design)不同种类的船舶机器,
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thermostatics:静热力学
thermostatic regulator 恒温调节器 | thermostatics 静热力学 | thermoswitch 热开关