Why midas FEA?
Why midas FEA?
Why midas FEA?
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<strong>midas</strong> <strong>FEA</strong><br />
“Advanced Nonlinear and Detail Analysis System”<br />
05.<br />
Applications<br />
Specialised application cases for civil engineering<br />
Detailed Analysis of Steel Box Girder & Coping Connection<br />
Detailed analysis for concrete structures – Stress concentration analysis<br />
Geometry Modelling<br />
Detailed review of tendon anchorage<br />
Detailed analysis effects for cables installed on bridge saddle<br />
Geometry Modelling<br />
Steel Box Girder Modelling<br />
Geometry Modelling<br />
Steel Coping<br />
Modelling<br />
Results<br />
Geometry Modelling<br />
Contour Plot<br />
Analysis Results<br />
Detailed review of Anchorage block<br />
Stress at Connections<br />
Displacement Contour<br />
Strain at Connections<br />
Geometry Modelling Contour Plot Slice Plot<br />
Perform linear static analysis for connection between steel box girder and coping<br />
Review stress distribution resultant from bending moment and torsion at cross sectional diaphragms<br />
Define rigid diaphragm nodes at cut end boundaries of the structure<br />
Perform linear static analysis for stress concentration for anchorage block<br />
Review tensile stress and bursting stress for zones with high stress concentrations<br />
(tendon, cable anchor and suspension bridge saddle)<br />
17 Modelling, Integrated Design & Analysis Software
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