A
B
C
D
Designspace: Space in which material may be or which may be change and redistributed during optimization
Detail: Edge length of the FEM elements at the highest resolution level
Displacement: Prescribed displacement, e.g. to map fixtures
Distributed Load (Surface Load?) (Flächenlast):
E
Estimate: Estimation of target volume and stress in a few minutes
F
Filigree:
Force:
Functional Surfaces: All surfaces that experience a force or fixture and/or represent connection points to other obejcts.
G
H
I
J
K
L
Load Case:
M
Manufacture: Optimization with very good printable surface quality
Massive:
Material: Each object is assigned a material with the material data Young's Modulus and Poisson's ratio.
Materialspace: Union of the designspace and the nondesignspaces
Moment: Moment
N
Nondesignspace: Die Bereiche, in denen zwingend Material vorhanden sein muss.
Normal:
O
Object: Geometry element, e.g. surface, volume etc.
Optimization Constraint:
Optimize: Execution of an optimization
P
Q
R
Boundary Condition:
RBE2-Element:
RBE3-Element:
S
Symmetry:
Startspace: Optimization starts with a specified object as the base object
Stress: Optimization target, maximum permitted stress
T
Topology Optimization: Iterative process in which an optimum material distribution is achieved in the designspace under specified boundary conditions.
U
V
Voidspace: Spaces in which no material is allowed
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