Unterschiede

Hier werden die Unterschiede zwischen zwei Versionen angezeigt.

--- en:grafische_darstellung:grafische_darstellungen [2026/01/10 21:45] – neelest
+++ en:grafische_darstellung:grafische_darstellungen [2026/01/10 21:46] (aktuell) – neelest
@@ Zeile 24: / Zeile 24: @@
 The calculated **melting profile** (see figure) is shown in diagram similar to the one of the pressure and filling degree. The red curve gives the rate of the melt material in the groove section. Moreover, the beginning and the end of the melting (in millimeter) is given on the right side of the diagram.
-**melting profile**
+**Melting profile**
 {{ :en:grafische_darstellung:en_sigma150_dlg_grafische_darstellung_002.png?nolink |}}
@@ Zeile 31: / Zeile 31: @@
 In the graphical representation of the power curve, in addition to the graphical presentation of the results of the power calculation, the calculated drive torque and the required torque resulting from the power calculation are displayed as numerical values in the upper right-hand corner.
-**temperature profile**
+**Temperature profile**
 {{ :en:grafische_darstellung:en_sigma150_dlg_grafische_darstellung_003.png?nolink |}}
-**power consumption**
+**Power consumption**
 {{ :en:grafische_darstellung:en_sigma150_dlg_grafische_darstellung_004.png?nolink |}}
 Fig. shows the diagram of the **Residence time distribution**. This diagram visualizes both, the maximal (blue) and the minimal (red) residence time across the screw. Moreover the axial mixing coefficient (green) as measure for the mixing process is given over the sections of equal geometry. The variance of the residence time distribution is an integral value to characterise the longitudinal mixing. The larger the value is the better the longitudinal mixing.
-**residence time distribution**
+**Residence time distribution**
 {{ :en:grafische_darstellung:en_sigma150_dlg_grafische_darstellung_005.png?nolink |}}