Differences

This shows you the differences between two versions of the page.

--- wiki:sns:snspro:surface_loads [2017/07/31 13:28] – claire
+++ wiki:sns:snspro:surface_loads [2023/12/13 13:40] (current) – [Hydrostatic] michael
@@ Line 26: / Line 26: @@
 {{:wiki:sns:snspro:sns37.png?400 |}}{{:wiki:sns:snspro:sns38.png?300|}}
-=== Direction-Magnitude ===
+=== Direction & Magnitude ===
 Another way to specify the vector force is to enter a direction and magnitude. This is done by selecting the "Vector force Direction & Magnitude" option. After pressing the "Direction" button, draw the tail, followed by the head ends of the vector direction. The direction line does not need to be in any specific location, it is defined only by the direction in which it travels. The magnitude of the vector is then entered in the corresponding text box. To learn more about how to apply a vector force using the "Direction-Magnitude" option, watch Intact Solutions' video "Getting Started with Scan&Solve Pro Part 1: Simulation Setup" from [[https://youtu.be/D3ikoUJz7Kw?t=294|4:54]].
@@ Line 96: / Line 96: @@
 Watch this video from [[https://youtu.be/EC26I1afcJM?t=49|0:49]] to learn how to apply pressure expression loads.
-{{youtube>large:EC26I1afcJM}}
+{{youtube>EC26I1afcJM?large}}
 </WRAP>
 </WRAP>
@@ Line 115: / Line 115: @@
 ==== Related Video ====
-{{youtube>large:fAROprXuS_g}}
+{{youtube>fAROprXuS_g?large}}
 </WRAP>
@@ Line 122: / Line 122: @@
 ===== Torque =====
-A "Torque" load is a load that applies a twisting force around an axis. Torques are specified using a 2 step process. 1: The axis (a ray) is chosen by specifying an origin for the axis followed by a point on the axis (the ray's direction). 2: The magnitude of torque is specified in the entry box. The direction of the torque is determined using the right hand rule: using your right hand, point your thumb in the direction of the axis. A positive torque value applies a torque acting in the direction the fingers of your right hand would wrap around the axis. The torque load is distributed among all the selected faces and varies linearly from zero at the axis. To learn more about how to apply a torque, watch Intact Solutions' video "Getting Started with Scan&Solve Pro Part 1: Simulation Setup" from [[https://youtu.be/D3ikoUJz7Kw?t=370:6:10]].
+A "Torque" load is a load that applies a twisting force around an axis. Torques are specified using a 2 step process. 1: The axis (a ray) is chosen by specifying an origin for the axis followed by a point on the axis (the ray's direction). 2: The magnitude of torque is specified in the entry box. The direction of the torque is determined using the right hand rule: using your right hand, point your thumb in the direction of the axis. A positive torque value applies a torque acting in the direction the fingers of your right hand would wrap around the axis. The torque load is distributed among all the selected faces and varies linearly from zero at the axis. To learn more about how to apply a torque, watch Intact Solutions' video "Getting Started with Scan&Solve Pro Part 1: Simulation Setup" from [[https://youtu.be/D3ikoUJz7Kw?t=370|6:10]].
 {{:wiki:sns:snspro:sns47.png?400 |}}{{:wiki:sns:snspro:sns48.png?300|}}
@@ Line 128: / Line 128: @@
 ===== Related Blog Posts =====
   * [[wiki:sns:snspro:apply_point_loads|Applying Point Loads]]
-  * [[wiki:sns:snspro:test_pressure_plastic_container|Applying Pressure Loads]]
+  * [[wiki:sns:snspro:test_pressure_plastic_container|Testing a plastic pressure vessel]]