You can import PRT files from NX and CREO, JT, SLDPRT, and CATPART files into Studio, some of them need extra license

分析Filler主要關心的問題是能否流進細小的結構，以Moldex3D的流動分析為流體的假設，無法考慮”土石流的大石頭卡在水溝蓋外、小石頭和泥沙土灌進水溝內”的行為。 Moldex3D目前能分析的是受到流動場影響，鎖造成的Filler分布濃度變化，且Filler設定為單一粒徑。

體積收縮率是指產品內部單一個材料點在射出製程的條件下，到開模後會產生的的體積變化趨勢，單位為百分比%。 但體積收縮率只有一部分會轉變為變形，其他部分則會變成殘留應力。

材料縮水率則是材料商經由量測標準試片成型後的尺寸變化，提供做為該材料收縮程度的參考值，單位通常為千分之幾。 與體積收縮率不同，也無法直接換算。

Moldex3D鎖模力更準確的名詞為融膠的撐模力，是將模穴內部單一個元素上的壓力，乘以該元素在開模方向的截面積得到力，再將所有的元素上的力全部加總起來就是整個模穴的撐模力。 只要射出過程中，撐模力的曲線值均低於實際機台設定的鎖模力，就不會造成撐模現象

Moldex3D翹曲分析產品為自由收縮，沒有設定固定點。

X、Y、Z位移分別為產品變形後，相對於原始幾何在三個方向上的位移量值。

總位移則是該節點X、Y、Z位移的平方和開根號，(X²+Y²+Z²)^1/2

The difference between the two, modelling wise, is that the sensors would need to be placed before the analysis and probes would be placed after the analysis.  The reason this is different is because for sensors, the information is tracked over every iteration of the analysis, whereas the probes can only capture data that was output through the intermediate time steps.

So, the advantage of sensors is that the data plotted over time will have a much greater resolution, but the downfall is that if the sensor needs to be moved, or if additional sensors need to be added, the analysis needs to be re-run.

For probes, the placement is much more flexible, and they can also be copied from run to run after a large group of analysis has been completed.  The downfall of probes is that the resolution of data plotted over time is completely dependent on how many time steps are output.

Moldex3D provides Viewer to allow someone without license to view Moldex3D results.

Please right click on project tree and use Create Run(s) Wizard

License Administrator version is too old. Please install the correct License Administrator version.

On Studio upper left corner to access Preference. In the Preference Unit System can be changed.