Differences

This shows you the differences between two versions of the page.

--- wiki:sns:sns2014:linear_static_analysis [2017/07/13 12:15] – claire
+++ wiki:sns:sns2014:linear_static_analysis [2017/07/13 14:08] (current) – claire
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+~~CLOSETOC~~
+{{TOC:wide}}
+\\
 ====== Linear Static Analysis ======
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   *  [[#Scan&Solve Numerical Model|Scan&Solve Numerical Model]]
   *  [[#Physical Reality|Physical Reality]]
-  *  [[#Known Limitations|Known Limitations]]
+  *  [[#Known Limitations&Common Problems|Known Limitations]]
 ===== Mathematical Model: Linear Elasticity =====
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 ===== Known Limitations & Common Problems =====
-Scan&Solve computes a [[wiki:sns:sns2014:scan_solve_numerical_model|numerical approximation]] of a mathematical model of [[wiki:sns:sns2014:linear_elasticity|linear elasticity]]. As is the case with all such software, the computed stresses and displacements should not be confused with [[wiki:sns:sns2014:physical_reality|physical reality]] and should not be used for critical design decisions in place of physical experiments. A number of factors, briefly described below, can cause Scan&Solve answers to deviate significantly from physical reality:
+Scan&Solve computes a [[#scan_solve_numerical_model|numerical approximation]] of a mathematical model of [[#Mathematical Model:linear_elasticity|linear elasticity]]. As is the case with all such software, the computed stresses and displacements should not be confused with [[#physical_reality|physical reality]] and should not be used for critical design decisions in place of physical experiments. A number of factors, briefly described below, can cause Scan&Solve answers to deviate significantly from physical reality:
   * **Model is not linear elastic.** A linear elastic model of stress is not applicable in many situations, e.g. non-linear material properties, large plastic deformations, vibrations, buckling, thermal stresses, and so on.