1) stiffness maximization
刚度最大
1.
To validate the GBG method,it is applied to the stiffness maximization of plane and curved panels.
采用该方法分别对平面结构与曲面薄壁结构进行了以结构刚度最大为目标的加筋优化设计。
2) maximum rigidity
最大刚性
3) maximum protrusion height of diamond
金刚石最大出刃高度
1.
The density, hardness, bending strength and maximum protrusion height of diamond of samples prepared by various sintering methods were compared to that of samples prepared by standard sintering process.
通过对不同热压工艺与传统热压工艺制造出的试块的密度、硬度、抗弯强度及金刚石最大出刃高度对比及用不同热压工艺制造的锯片锯切混凝土、花岗岩板试验的研究表明:对于本试验胎体材料,用低温、高压热压工艺的金刚石最大出刃高度比用传统热压工艺的高;低温、高压热压工艺制造出来的金刚石锯片的性能不比用传统热压工艺制造出来的锯片的性能差;其烧结温度可降低50～110℃,这将能充分发挥金属材料抗氧化性强,低温强度高的优势,从而使金属材料能应用于制作金刚石制品的热压模具。
4) optimum stiffness
最佳刚度
1.
A base isolated rigid body system is assumed to be subjected to steady harmonic excitation and the response is to be analyzed, The optimum stiffness of the isolated layer of the multistory masonry building with different damping ratios is suggested.
本文建立了具有复位能力的球支撑滚动隔震体系的计算模型和运动方程,对刚体隔震体系在简谐波激励下的反应进行了分析和研究,对一般剪切型结构,从理论上初步提出了隔震层的最佳刚度问题,给出了设置隔震层时单质点振子的反应谱曲线。
2.
By using sidesway calculation formula for frame-tube structures with top horizontal outriggers,the optimization stiffness of outriggers in the frame-tube structures with strengthened story are analyzed the method to determine the optimum stiffness of the horizontal outriggers magnitude and precise parameters base on reduced structure sidesway is presented.
利用带水平伸臂的框架—筒体结构侧移公式,对带加强层的框架—筒体结构水平伸臂的最佳刚度进行了分析,明确给出了根据需要减少的结构侧移量,确定水平伸臂最佳刚度的方法,并给出了具体参数。
5) optimum stiffness
最优刚度
1.
Based on considering the bending deformation Of shear walls, the optimum stiffness of shear wall in a frame-shear wall structure was analyzed in this paper in six combined cases with the hoal deformation of side columns of frame or walls, the shear deformation of shear walls and the different coupling of binding beams.
本文在考虑剪力墙弯曲变形基础上，由框架边柱（墙）轴向变形、剪力墙剪切变形和连系梁不同联接等三种因素，分六种组合情况，分析框架－剪力墙结构中剪力墙的最优刚度。
6) optimal stiffness
最优刚度
1.
With the purpose of conquering the difficulty in reasonably determining the amount of shear walls used for designing a tall frame shear wall structure,the author formulates a concept of optimal stiffness of shear wall in a tall frame shear wall structure;and offers a scientific method for determining the amount of shear walls.
系统地提出高层框架－剪力墙结构中的剪力墙最优刚度的概念。
2.
In the light of materialist dialectical thinking,a mathematical model is formed for solving the optimal stiffness of shear wall in a tall building.
通过用数学模型法求解高层结构剪力墙的最优刚度，阐明唯物辩证法在建立求解高层结构剪力墙最优刚度数学模型过程中的运用，在工程设计中具有明显的经济效益。
补充资料：金刚顶瑜伽中略出念诵经
【金刚顶瑜伽中略出念诵经】
（经名）四卷，唐金刚智译。说金刚界九会曼陀罗中，成身会，羯磨会，三昧耶会，供养会之四会。常略名略出经。
（经名）四卷，唐金刚智译。说金刚界九会曼陀罗中，成身会，羯磨会，三昧耶会，供养会之四会。常略名略出经。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条