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STRUCTURAL
ANALYSIS
POSEIDON
prepares Structural Analysis Reports for any type of constructions to be used in any
industries.
Structural
Analysis covers: STRENGTH ANALYSIS, VIBRATION
ANALYSIS, BUCLING ANALYSIS and THERMAL ANALYSIS
STRENGTH ANALYSIS:
Linear static structural
analyses in Simulation will be covered:
1.Geometry and Elements
2. Assemblies and Contact
Types
3. Analysis Settings
4. Environment, including
Loads and Supports
5. Solving Models
6. Results and
Postprocessing
Strength analyses can be
applied to entire structure .According to structure type,
beam elements, shell elements and solid elements can be
used in strength analyses.
o
Iron Concrete or Steel Buildings
o
Bridges
o
Industrial Facilities
o
Pressure Vessels
o
Machinery and Machinery Parts
o
Vehicles and Vehicle Parts
o
Ships
o
Platforms
o
Barges
o
Floating Docks
o
Floating Cranes
VIBRATION ANALYSES
Finite element methods
and the improved computer calculation capacities enable
to investigate the natural frequencies and mode shapes
of complex structures by idealizing them into computable
small parts which are called "finite elements".
BUCKLING ANALYSES
Structures
which are exposed to large compressive loading can be
analysed in perspective of critical buckling force and
stress values.The critical buckling forces are
calculated and the results are compared with the given
loading conditions.
THERMAL ANALYSES
To define heat
loads correctly is base of thermal analyses.here are the
thermal loads.
Heat Flow:
A heat flow rate can be
applied to a vertex, edge, or surface. The load is
distributed for multiple selections.Heat flow has units
of energy/time.
Perfectly insulated (heat
flow = 0):
Available to remove
surfaces from previously applied boundary conditions.
Heat Flux:
Heat flux can be applied
to surfaces only (edges in 2D).
Heat flux has units of
energy/time/area.
Internal Heat Generation:
An internal heat
generation rate can be applied to bodies only.
Heat generation has units
of energy/time/volume.
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