1.
A Study on Critical Load of Automotive Transmission Gears with Low Amplitude Load Strength
拖拉机传动系齿轮低载强化的临界载荷研究
2.
A Lightweight Design on Dirve Shaft Based on the Low-load Strengthening Characteristics
基于低载强化特性的汽车传动轴轻量化设计
3.
A new method of determining the characteristics of low-loading strengthening for automotive structural parts is presented based on radial basis function (RBF) neural network.
提出了一种基于径向基函数神经网络的汽车结构件低载强化特性确定方法。
4.
DUAL-EFFECT EXPERIMENT STUDY ON STRENGTHENING AND DAMAGING UNDER LOW AMPLITUDE LOAD
低幅载荷强化和损伤两重性试验研究
5.
Optimum design of undermatching butt joints with equal load-carrying ability under static load stress for high strength steel
高强钢低匹配静载等承载对接接头优化设计
6.
Load Carrying Capacity of Undermatching Welded Butt Joints for High Strength Low Alloy Steels
低合金高强钢低匹配对接接头承载能力的研究
7.
Stability of Supported Gold Catalysts on CO Oxidation at Low-temperature
负载型金催化剂CO低温氧化的稳定性
8.
Preparation of Highly Dispersed Pt on Activated Carbon with Low Metal Loading;
高分散低担载Pt/C催化剂的制备
9.
Design of Under-Frequency Load Shedding Schemes Using Combinatorial Optimization
基于组合优化的低频减载方案的整定
10.
Ceria Supported Au Catalysts for Low-temperature CO Oxidation
氧化铈载金催化剂的低温CO氧化反应性能研究
11.
Preparation of Biodiesel with Supported Solid Superbase Catalyst
负载型固体超强碱催化制备生物柴油
12.
Photocatalytic oxidation of low mass concentration formaldehyde with glass beads coated with nano-TiO_2
球载纳米TiO_2光催化氧化低质量浓度甲醛
13.
Study of Synthesis of Glyceryl Triacetate over Solid-Carried with Mesoporous Framework;
介孔固载强酸催化剂的催化酯化性能研究
14.
Study on Treatment of Low Temperature and Low Turbidity Water by Enhanced Coagulation;
强化混凝技术处理低温低浊水试验研究
15.
Enhace the Treatment Effect of Low Temperature and Low Turbidity Water by Recycling the Combined Filter Backwash Water
净水厂生产废水回用强化处理低温低浊水
16.
Experimental Study on Enhancing Wastewater Bio-Treatment with Low Intensity Ultrasound;
低强度超声波强化污水生物处理的试验研究
17.
But the FCI life decreasas as preliminary compvessive cycles are more than 5×106. Tests also show that the damage is more effective as the compressive overload coefficients increase to 1.2-2.0.
当预压应力循环的过载系数为1.2～2.0时,其增强效应降低。
18.
Study on the Performance of Steel Reinforced High-Strength Concrete Columns under Low Cyclic Reversed Loading;
低周反复荷载下型钢高强混凝土柱受力性能研究