连续加载 meaning in Chinese
continuous loading
Examples
- Continuously loaded circuit
连续加载线路 - With considering loess ' s moistening deformation and without considering loess ' s collapsing ones , making use of gds ( geotechnical digital system ) , ko consolidation tests under continuous loading are carried out on the loess ( q3 ) which comes from longxi area in gansu province
结合实际工程情况，本文在考虑黄土的增湿变形但不考虑其湿陷变形的情况下，应用gds试验系统对甘肃陇西( q _ 3 )黄土进行了连续加载情况下的k _ 0固结试验。 - At the moment , the basic theory of loading mechanics is always used to search the problem of rock mass failure , but unloading and loading have different stress road and different destruction effect , so there are much difference in destruction mechanics and deformation between unloading and loading mechanics , if loading mechanics is used to study the destruction property of tunnel excavation and its stability , the result which agree to real engineering cannot be obtained
目前一直沿用加载岩体力学方面的基本理论研究失稳问题，但本文认为：由于卸荷与连续加载具有完全不同的应力路径和破坏效应，在破坏机理、二者引起的岩体的变形和破坏特性方面都有很大的不同，因此用加载力学来研究开挖卸荷破坏的力学特性及其稳定性，这显然不能得出与实际工程一致的结果。 - By using 5000kn pressure - bent testing machine , the specimens of boulder concrete and crushed stone concrete were tested through three - point - bending method and wedge - split tensile method , the scale division of the index dial of pressure - bent testing machine is larger , whereas the predicted test - load is lesser , so the velocity of exerted load is controlled through observing the reading of the multimeter which is connected with the collecting systerm in order to continuously exert test - load
本文使用5000kn压弯实验机，对不同强度等级的卵石混凝土和碎石混凝土试件分别进行了三点弯曲试验和楔入劈拉试验。试验过程中，由于实验机吨位较大，而试验荷载预计较小，为了能够有效地控制加载大小和加载速度，采用通过观察与荷载传感器相连的万用表读数控制加载速度的方法，连续加载。 - The primary measures for control precept are : sufficiently and effectively utilizing the the air compressors " interior data , realizing online surveillance and alarming for failure of the the air compressors " running interior parts ; letting the air compressors running by master and slave manner , by reasonable arranging the alignment of the air compressors , making the masters yielding pressed air and the slaves adjusting the pressure of the air . this decreases the times of loading and unloading greatly and the decreased failure of air compressors and low maintain ; at the same time we adopt abundant value of the set pressure for stabling the compressure . the air compressors become loaded or unloaded ahead by the abundant value ; caning unloading control for saving power , when the air compressors get along with unloading for a while , the system will stop them ; consummating the purposes for control , enhancing offline control for over - press and low - press , continual loading control and unloading control
经过分析研究，针对原来存在的问题，在控制方案上主要的改进措施有：充分、有效地利用了空压机的内部参数数据，对空压机的内部部件的运行情况实现了在线监视及故障报警；对空压机采用了主、辅结合的运行方式，通过对空压机加、卸载队列的合理排序，使空压机自动实现主机产气、辅机进行气压调节，减少了空压机的加载和卸载次数；在压缩空气压力的稳定上进行了裕量控制，在压缩空气压力不到供能品质所规定的上、下根就根据一定的裕量提前进行卸载和加载操作；在节约电能方面对空压机进行了卸载停机控制，当空压机在一定时间内一直处于卸载状态，系统就认为该空压机没有运行的必要，自动将其停机；完善了控制效果，增加了超压低压脱网控制、连续加载控制、连续卸载控制等功能。