Finally gate position according the mold flow analysis.

最终的进胶位置根据模流分析。

Molding equipment were selected based on mold flow analysis.

根据模流分析结果进行了成型设备的选择。

Do mold flow analysis of plastic parts for improving design and manufacturing.

对塑料件产品进行模流分析以改进设计和制造过程。

Also made using MOLDFLOW made mold flow analysis, simulation plastics molding.

同时还做了利用MOLDFLOW做了模流分析，模拟塑件成型。

The mold flow analysis utilizes the computer to simulate dynamic filling process about the injection mold.

模流分析技术是利用计算机对注塑件动态填充过程进行模拟。

The distribution of mold flow field can be reflected by readings of thermocouples embedded into the copper plates.

结晶器专家系统上显示的结晶器流场分布可以直接通过镶嵌在结晶器铜板上的热电偶变化趋势来反映。

Secondly help mold flow analysis techniques to optimize the process parameters of mold forming, casting systems and cooling systems.

基于模流分析技术优化了模具的成型工艺参数、浇注系统及冷却系统。

Process window analysis, another part of mold flow analysis, examines melt temperature, mold temperature, injection pressure, and fill times.

加工窗口分析、它零件的模流分析，检查熔体温度、具温度、塑压力和充填时间。

Filter the redundancy vertex in STL solid is very important. The algorithm is successful to deal with 3d graphic in realistic mold flow simulation software.

而剔除STL面片数据中的冗余顶点是重构的关键，该算法已经成功应用于三维真实感注塑模流动模拟软件的3d图形处理。

Mold Flow Analysis, Temperature Analysis, Fill Analysis, Pressure Analysis, Buckling Deformation Analysis, Structure Review, Parting Line, Fixed Mold, Moving Mold, Water Circuit.

模流分析、温度分析、填充分析、压力分析、翘曲变形分析、结构评审（初审、定型评审、终审）、分型线结构评审、定模结构评审、动模结构评审、水路分布评审。

We make full use of CAE mold flow analysis techniques, simulation and optimization of mold runner system design, improve part quality and reduce the number of test mode and unnecessary waste.

我们充分利用CAE模流分析技术，模拟和优化模具浇道系统设计，提高零件的质量和减少试模次数及不必要的浪费。

When the resin flow in the mold, the screw speed control and filled with resin after the pressure (pressure protection) control.

当树脂在模具内流动时，则控制螺杆的移动速度并在填充树脂后用压力(保压力)进行控制。

An injection die with a mold cavity was designed though using the injection mold CAE software MOLDFLOW to simulate plastic flow and choosing the molding parameters of polypropylene.

通过用注塑模CAE软件MOLDFLOW对塑件进行模流分析，选择聚丙烯的成型工艺参数，设计了一模一腔的注射模具。

Mold Shrinkage, flow, 3.2 mm.

模具收缩率，流动，3.2毫米。

Based on the analysis of polymer flow in mold filling, the important role of computer aided analysis in injection mold design is presented through concrete examples.

本文在分析注塑模充模流动的基础上，通过具体实例，阐述了计算机辅助分析在模具设计中的作用。

The pressure compresses the polymer and allows more materials to flow into the mold. Shrinkage is reduced and better quality moldings are produced.

高压压缩了聚合物并能使更多的材料流人模腔。这样，“收缩”就减少了，生产的成型件的质量就得以提高。

Effects of various process variables on average flow velocity of LFC liquid aluminum in the mold have been studied.

研究了各工艺因素对消失模铸造铝液在型腔中平均流速的影响。

According to the structure of plastic parts and mold characteristics, the flow model of the plastic melt in the gating system based on the ANSYS was built and simulated.

根据塑件结构及其模具特点，基于ANSYS软件，建立并模拟了塑料熔体在浇注系统中的流动模型。

The present paper studies the effect of structure of the submerged nozzle on the flow ability of the liquid steel in the mold of the slab continuous caster.

通过水力模型实验，研究了水口结构对南钢板坯连铸机结晶器内钢水流动特性的影响。

Using flow field software PHOENICS and water model, this paper describes the flow field of molten steel in continuous casting billet mold.

应用流场计算软件PHOENICS及水力模型，模拟了方坯连铸结晶器内钢液的流场和流动分布。

A video will be presented showing how steel flow in a thin slab caster with a tapered mold is influenced and calmed down when using the EMBR.

本文用一段录像显示一个带有一定锥度的薄板坯连铸结晶器内的钢液流动在使用了电磁制动后是如何受到影响并逐渐减弱的。

The mold is then shut, applying heat and pressure on the plastic and forcing it to flow throughout the mold.

模具然后关机，采用高温和高压的塑料和迫使其流整个模具。

It has laid the foundations for further studying the flow field in mold with mathematical models and optimizing submerged nozzle shape as well as casting process parameters.

为进一步采用数学模型研究结晶器流场、优化伸入式水口结构和工艺参数打下基础。

Mold filling smoothly with low speed and large flow rate as well as instant pressurization in time conformed to the basic principles of squeezing casting.

论述了以低速、流量、稳充填铸型并在瞬间及时增压是挤压铸造的基本原理。

The injection mold structure of outer shell is introduced, whilst, flow system and the deciding method of pulling-core structure and slider are stated respectively.

介绍了外壳注射模结构，阐述了流道系统、抽芯结构以及滑块的确定方法。

The temperature on mold cavity's surface affects the melt's flow and cooling in the course of injection molding, then has an important part in the solution of injection molding.

在注塑加工数值模拟过程中，模腔的表面温度直接影响塑料熔体的流动和固化过程，所以模腔表面温度的计算对注塑数值模拟的结果起着极为重要的作用。

In the design of multi-cavity injection mold, the design of the branch of flow channel and the gate has great influence on the quality of plastics products.

在注塑模设计中，分流道+和浇口的设计对塑料成型的质量影响较大，一直是人机交互式流道+设计的难点。

Slower flow rates result in higher average mold temperatures, but create undesirable temperature gradients along the water flow paths.

慢流率导致较高的平均具温度，但创造不可取的温度梯度沿水流路径。

It has a great impact on mold filling time and resin flow pattern, thus affects the process efficiency and product quality.

它对充模时间和树脂流动方式有重要影响，因而影响到工艺的效率和产品质量。