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--- wiki:sns:intactgh:body_loads [2022/10/31 10:27] – [Gravitational Loads] michael
+++ wiki:sns:intactgh:body_loads [2023/08/15 08:24] (current) – eli
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-{{ :wiki:sns:snsgrasshopper:stresssolver_body_loads.png?200|}}
+{{ :wiki:sns:intactgh:stress_block_body_loads.png?200 }}
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 Gravitational loads simulate the structural effects of a body's self-weight.  For gravitational loads, "up" from the center of the Earth is the +Z direction.
-The gravitational load requires no input, the magnitude is determined by the [[consistent_units|unit system]] in use in Rhino.
+The gravitational load requires no input.
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+{{ :wiki:sns:snsgrasshopper:gravity_load.png?200 }}
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 A rotational body load has 3 inputs:
-  * angular velocity (in radians/sec)
+  * A: axis of rotation
-  * angular acceleration (in radians/sec²)
+  * V: angular velocity (in radians/sec)
-  * axis of rotation
+  * Acc: angular acceleration (in radians/sec²)
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+{{ :wiki:sns:snsgrasshopper:rotational_load.png?200 }}
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 The inputs to the acceleration field are:
-  * the direction of the acceleration field (a vector)
+  * V: the direction of the acceleration field (a vector)
-  * the magnitude of acceleration in units of length/s²
+  * Acc: the magnitude of acceleration in units of length/s²
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-{{ :wiki:sns:snsgrasshopper:acceleration_load.png?200|}}
+{{ :wiki:sns:snsgrasshopper:acceleration_load.png?200 }}
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