Page 237 - Using ANSYS for Finite Element Analysis Dynamic, Probabilistic, Design and Heat Transfer Analysis

224 • inDex
Sample optimization analysis, Static analysis vs. dynamic
187–193 analysis, 1
Scatter plots, 105–106 Statistical postprocessing
Shear loads, 22–23 technique
SHELL63, 28 cumulative distribution function,
SHELL91 (nonlinear layered 100–101
structural shell element), 27 histogram, 99
SHELL99 (linear layered print inverse probabilities, 101
structural shell element), 27 print probabilities, 101
SHELL181 (finite strain shell), 27 sample history, 99
Simply supported laminated plate Stress analysis of bicycle wrench,
under pressure 148–155
applying loads, 56–68 Subproblem approximation
approach and assumptions, 39 method, 176–177
step-by-step analysis, 40–56 SVs. See State variables
summary of steps, 39–40 Sweep tool, 178–179
Simulation, 73
Single loop analysis tool, 178 T
SOLID46 (3-D layered structural Tension, 22
shell element), 27–28 3-D layered structural shell
SOLID65, 29 element (SOLID46), 27–28
SOLID95, 28 Trend postprocessing technique
SOLID191 (layered structural correlation matrix, 106–107
solid element), 28–29 scatter plots, 105–106
Standard deviation, 74 sensitivities, 101–104
Standard lognormal distribution,
86, 89 U
Standard normal distribution, 81 Uniform distribution, 83–85
Standard uniform distribution, 83
State variables (SVs), 174, W
185–186 Weibull distribution, 88–91