搅拌特性,stirring characteristic英语短句,例句大全

搅拌特性,stirring characteristic
1)stirring characteristic搅拌特性
1.Numeric simulation of the grouting system is done based on the stress analysis,and the stirring characteristics are analyzed based on the result of simulation.基于对搅拌系统的受力分析对搅拌系统进行了数值模拟,从数值模拟的结果上分析了灌缝料的搅拌特性,并提出了加强搅拌效果和降低搅拌功率的方法。

英文短句/例句

1.Numerical Simulation of Mixing Characteristics in a Stirred Tank with Turbine Impellers;涡轮桨搅拌槽内搅拌特性数值模拟研究
2.The Effect of Mixing Bit Dynamics and Structure on Uniformity of CDM Pile's Body深层搅拌桩搅拌头结构和动力特性对桩体搅拌均匀性的影响
3.Agitating Power Demand and Mixing Performance of Non-Newtonian Fluid with Slip Behavior in a Stirred Tank搅拌槽内具滑移特性非牛顿流体的搅拌功率及混合特性研究
4.Performance of Flow Field in Different Fluids Stirred with Double Helical Ribbon and Screw Impeller双螺带-螺杆搅拌桨在不同流体中的搅拌流场特性
5.Experimental Investigation on Drying Characteristics of Gas-Solid Stirred Fluidized Bed;气固搅拌流化床的干燥特性实验研究
6.Micromixing Characteristics of Non-Newtonian Fluid in a Stirred Tank;搅拌槽内非牛顿流体的微观混合特性
7.The Study of Fluid Character for Rushton Turbine in the Stirred涡轮桨搅拌槽内流动特性的PIV研究
8.Characteristics of flow fields and trailing vortices in a stirred tank with a Rushton turbine涡轮桨搅拌槽内流动及尾涡特性研究
9.Gas Distribution Performance in a Gas-Liquid Stirred Reactor with Double-Combined Impellers双层桨气液搅拌反应槽气液分散特性
10.The Effect of Stirring Intension on the Performance of a Denitrifying Moving Bed Biofilm Reactor (MBBR);搅拌强度对反硝化紊动床的特性影响研究
11.Dynamic Simulation and Optimization Design of Submarine Stirring Prebbler System;潜水搅拌器叶轮系统动态特性模拟与优化设计
12.Study of the Bearing Capacity and the Settlement of Deep Mixing Composite Foundation;深层搅拌桩复合地基承载力及沉降特性研究
13.Application and Study on Deep Mixing Pile Method in Treatment of Bearing Capacity of Composite;深层搅拌桩复合地基承载特性的应用研究
14.Study on the Features of Horizontal Stirring Devices and Design Process新型卧式搅拌装置特性研究与设计开发
15.The Research of the Character with Concrete Mixing Blade Based on the Finite Element Method基于有限元的混凝土搅拌叶片的特性研究
16.CFD RESEARCH ON FLOWING CHARACTERISTICS OF THE CENTRAL TORNADO STIRRING VESSEL中心龙卷流型搅拌槽流动特性的CFD研究
17.CFD simulation of solid-liquid suspension characteristics in stirred tank reactor搅拌式反应器内固-液两相悬浮特性的CFD模拟
18.Gas-Liquid Dispersion by Hollow-blade Disk Turbines with Different Blade Shapes不同叶片形状盘式涡轮搅拌桨的气-液分散特性

相关短句/例句

agitation characteristics搅拌性能
3)flexible mixing柔性搅拌
4)reinforced mixing pile劲性搅拌桩
1.The effect factors on the bearing capacity of reinforced mixing pile was discussed and simplified.对劲性搅拌桩承载力影响因素进行了分析。
2.According to experiences of its design,field experimentation and construction,this paper discusses the failure mode of the reinforced mixing pile,and brings forward the optimization design method of the reinforced mixing pile,which could provide a reliable basis for the design and construction of the reinforced mixing .劲性搅拌桩是在水泥土搅拌桩内插入刚性芯桩形成的一种桩型,具有承载力高、造价低等优点,适用于软粘土地基。
3.By analyzing the stress and deformation of the reinforced mixing pile with different concrete core pile length and area replacing ratio in soft soil, it is expressed that the core pile shaft friction undertakes the mass of vertical load of the pile and a little of it can transmit to pile top, it is also founded that an optimum core pile length and an area replacing ratio of the reinforced mixi.以有限元程序ANSYS为工具,对劲性搅拌桩单桩的工作性状进行了分析研究。
5)concrete core mixing pile劲性搅拌桩
1.Static and dynamic analysis of bearing capacity of composite foundation of concrete core mixing piles;劲性搅拌桩复合地基承载性能静动力分析
2.Study on seismic behavior of a compound foundation with concrete core mixing pile;劲性搅拌桩复合地基的抗震性能
3.The concrete core mixing pile is a new soil improvement method.混凝土芯水泥土搅拌桩(又称劲性搅拌桩)在国内是一项刚刚开展研究的地基加固新技术。
6)mixing uniformity搅拌均匀性
1.Effect on mixing uniformity to load of deep mixing pile;谈搅拌均匀性对深层搅拌桩承载力的影响
2.Based on the analysis on the dynamics and the cutting & mixing mechanism,the paper explained that the main factors which effect mixing uniformity of deep mixing pile body are the horizontal rotary velocity of the blade and the vertical motion,and analysis was also made on the effect of structure of stirrer to mixing uniformity.通过对搅拌头叶片的动力特性和切削搅拌机理分析,阐明影响桩体搅拌均匀性的主要因素是叶片的水平旋转速度和垂直运动速度,分析了搅拌头结构形式对搅拌均匀性的影响,提出了提高搅拌均匀性的途径。