load decrease meaning in Chinese
负载降低
Examples
- But when the heat load of rotor increases , the ratio of the heat bring by the axial direction gas - flow to the total heat load decreases
但随着转子发热量增大，气隙轴向风量带走热量占总热量的比例下降。 - Maintaining power delivery as load increases in the morning , keeping it within security limits during daily peaks , and managing load decreases at night are just some of the tasks the control system will perform
控制系统将负责的一些任务就是在上午负荷增加的时候维持电力输送，在每日高峰时保持在安全限度内，以及管理晚上负荷的降低。 - The main problems existed in the measured buildings conclude : low energy efficiency plants , low eer when the cooling load decreased during the night period in hotels , bad management , dissatisfied indoor air quality , low efficient water system and so on . if we can avoid these problems , a lot of energy can be saved
重庆市公共建筑主要存在的问题有:设备效率达不到额定值,冷水机组冷量配备过大,酒店在夜间低负荷运行时空调系统能效比( eer )很低,室内环境很不令人满意,水系统输送效率低下,跑冒滴漏现象严重,运行管理混乱等。 - The result indicate that the influences of geometrical nonlinearity is different to the structure critical load under different load cases . under the live uniform load , the structure critical load decreases 10 % after considering the geometric nonlinearity ; and under the live uniform load or concentrated load act on half bridge , the structure critical load decreases 35 . 38 % or 74 . 08 % after considering the geometric nonlinearity
计算结果表明,在不同的加载工况下,几何非线性对结构的临界荷载影响程度不同,几何非线性对全桥均布活荷载作用下的临界荷载影响较小,考虑几何非线性后,临界荷载仅下降了10 % ,而在半桥均布活荷载和集中荷载作用下,几何非线性对其临界荷载影响很大,考虑后其临界荷载分别下降了35 . 38 %和74 . 08 % 。 - Test results show that the steel fiber in concrete have more effectiveness on improving the splitting tensile strength and the flexural strength in the early age than after its hardening ; the flexural modulus of elasticity of sfrc are higher than the plain concrete at different ages while their compressive modulus of elasticity are almost the same . it ' s also shown that , similar to the plain concrete , the early - age loading decreases the strengths of sfrc , but , with the increase of the contents of the steel fiber things are getting better , especially for the splitting tensile strength and the flexural strength
试验结果表明：与性能稳定之后相比，在混凝土中掺入钢纤维对它的早期劈裂抗拉强度和抗折强度有尤为显著的提高作用；对各龄期的受压弹性模量影响不大，而对提高抗折弹性模量有一定的效果；与素混凝土试件相同，在早期(强度达到28天强度的85前)对钢纤维混凝土试件施加荷载会对它的各种强度产生一定的不利影响，但是掺入钢纤维可以减轻这种不利影响，尤其对劈裂抗拉强度和抗折强度作用突出，并且含纤率越高，效果越明显。