Page 234 - Using ANSYS for Finite Element Analysis Dynamic, Probabilistic, Design and Heat Transfer Analysis

inDex

A Continuous probability function,
Analysis file, ADPL programming 76
advantages and disadvantages, Convergence checking, 177
145–146 Correlation, 72
using command log files, Correlation matrix, 106–107
147–148 Cumulative distribution function
using log files, 146–147 (cdf), 77–78
ANSYS Parametric Design
Language (APDL) D
programming Design optimization, ANSYS
creating analysis file, 145–148 program
heat loss from cylindrical cooling general process for, 179–185
fin, 155–165 guidelines for performing,
stress analysis of bicycle wrench, 185–187
148–155 optimization design tools,
177–179
B optimization methods, 175–177
BEAM188, 29 sample optimization analysis,
BEAM189, 29 187–193
terminology and information
C flow, 173–174
cdf. See Cumulative distribution Design optimization tutorial
function approach and assumptions, 194
Ceramic matrix composites description, 193–194
(CMCs), 20 input file using log file, 194–197
Circular plate bending, 107–143 optimization problem, 197
CMCs. See Ceramic matrix solutions/results, 194
composites step-by-step analysis, 198–215
Compression, 22 summary of steps, 197–198
Constitutive matrices, 31 Design set, 174
Constraints, 170 Design variables (DVs), 170, 173,
Continuous distributions, 78–81 185