4.2.2. Structural mechanical supports Chart 4.2.2.1. Structural mechanical supports NOTE : If a component contains two or more supports which share a common edge or corner point , one must be cautious with the evaluation of the listed reaction forces concerning this support. The forces which act o n the edges and corners are part of the calculation of the reaction forces . If different supports share edges and corners , there is a chance of no balance in the summation of the forces .
4.1.1.
Net
N ame
T yp
Magnitude
Vect or
"Forcet"
Load on a surface
6 0 , 0
N
[
-
1 ,0 5
N
x , 5 9 , 9 8
N
y ,
-
1 ,05
N
z]
N ame
T yp
React io n force
Reakt io n   v ec t or
"Locked Load "
Locked Surface
3 1 , 5 3
N
[0 ,6
N
x ,  
-
31 ,51
N
y ,
-
0 , 6 6
N
z]
“Locked Load 2 "
Locked Surface
2 8 , 5 2
N
[0 ,4 5
N
x ,
-
2 8 , 4 7
N
y , 1 ,71
N
z]
Net
Locked Load
Locked Load  / Force
● "Net " , asso ciated with "E3 Minus 2" , is set to a general relevance of 0. ● "Net " contains 64839 knots und 32343 elements . No net control specified. 4.2. " Environment Ultradur 85°C" " Environment Ultradur 85°C" ( image A2.1) contains all defined load conditions for "E3 Minus 2" in this Scenario . The following charts show local loads and support , sorted to the corresponding geometry . 4.2.1. Structural mechanical loads Chart 4.2.1.1. Structural mechanical loads