1) Finite element method
过载载荷
2) overload
过载
1.
A calculatlon analysis for structural integrity of solid propellant grains under high overload;
高过载条件下固体推进剂药柱结构完整性分析计算
2.
Effect of Overload Environment on IGF-1 Expression of Osteoblasts;
成骨细胞在过载环境下IGF-1表达的研究进展
3.
Precise algorithm for inverse-time overload protection;
反时限过载保护精确算法
3) over load
过载
1.
The causes of fire disasters from domestic electricity,such as over load,shortcircuits,ill touch were analyzed.
从实际应用角度出发,对过载、短路、接触不良等家庭电气火灾原因进行分析,提出了电气火灾的预防措施,并针对日常生活电气防火提出合理建议。
2.
The over load,probability of crashing and flight path climbing angle is considered,and the calculation of the minimal safe flight height in main orientations is submitted.
考虑了过载、地形起伏撞地概率和航迹爬升角等因素 ,给出了主要方向上最小安全飞行高度的计算过程 ,其研究结果可应用于隐身航迹规
4) overloading
过载
1.
Evaluation Formula of Range for Notch Local Strain ΔεAfter Overloading;
过载后缺口局部应变范围Δε的估算式
2.
Study on modeling of inertial instrument in composed overloading-vibrating environment;
过载振动复合环境下惯性仪表误差建模方法研究
3.
Cultural Evaporation, Overloading and Assimilation in Cultural Translation;
文化翻译中文化因子的流失、过载与沉降
5) over-loading
过载
1.
And methods were put forward to handle the power over-loading of the pugmill system, which were caused by manufacturing and fixing.
本文分析了影响桨式搅拌系统功率的因素,提出了制造、安装问题造成的系统过载现象的处理办法,具有一定的生产实践意义。
2.
In order to solve the problem of invalidation because of over-loading of high g accelerometer in penetration condition,a high g accelerometer with composite beams and double frames is introduced.
为了解决现有侵彻环境下高g加速度传感器因过载失效的问题,提出了一种复合梁双框架结构的高g压阻加速度计。
6) over loading
过载
1.
The result shows that its surface spalling is mainly attributed to over loading.
利用光学显微镜和扫描电镜对8 5 Cr2 MoV轧辊表面剥落原因进行了分析,结果表明,外力过载是主要原因。
2.
According to fusing the over loading coefficient,approximate of the trajectory coefficient and air density was avoided so that the dynamic model of the reentry process become more precise.
通过对再入过载值的融合,避开了对弹道系数和大气密度的近似,使得再入动力学模型更加准确;通过对自适应Kalman滤波算法的简化,得到了再入弹道参数的精确、稳健的估计。
3.
For the high over loading problem of cannon-carried reconnaissance system in launching,from investigating and gotten data,integrating the results of the theoretic analyses,the characteristic of reconnaissance system configuration and the particularity of the function,we conceived to adopt rubber vibration isolation device,and chosed foam silicon rubber to do experiment.
针对弹载侦察系统在发射过程中所受到的短时高过载问题,通过大量调研以及查阅资料,并根据理论分析的结果及侦察系统结构单元的特点和其功能的特殊性,设想采用橡胶类隔振器,并选取了泡沫硅橡胶(一种低密度多孔介质)作试验,得出了其静态应力应变曲线,并提出了解决弹载侦察系统抗高过载问题的方法,且已应用于某型侦察弹,证实效果较好。
参考词条
补充资料:高过载座舱
通过后倾座椅提高飞行员机动飞行时抗过载能力的座舱,又称高加速度座舱。飞机机动飞行时的正过载通常为 4~6g,持续十几秒。飞行员的正过载耐力一般为4g左右。穿抗荷服和作M-1动作(见超重生理效应)虽可提高飞行员的抗过载能力,但却不能满足现代歼击机更高的机动性要求。高过载座舱与普通座舱的区别主要是它具有可向后倾斜的弹射座椅;仪表板、驾驶杆、操纵手柄、旋钮和开关等都是为适应倾斜坐姿操作方便而安排的。歼击机飞行员座椅相对于飞机垂直轴方向一般成13°~20°后倾角。飞机机动飞行时,高过载座舱座椅向后倾斜到65°,这样可以使飞行员提高2~3g 的抗过载能力。倾斜座椅可以设计为铰接式。应急弹射时,座椅可回到正常位置,然后起动弹射程序。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。