Minimum Weight Design of Stiffened Laminated Composite Cylindrical Panel with R Type Stiffener

R형 보강재로 보강된 복합적층 원통형패널의 최소중량화설계

This study is simulation about buckling behavior under axial compression which is cylindrical panel laminated USN125 and USN150 made by various winding angle. And also this study compare with linear and nonlinear FDEM theory, and FEM theory. To solve the objective function and the design variables, this study use the linear and nonlinear buckling theories or FDEM and nonlinear search optimum design method of ADS for minimum weight design on which stiffened laminated composite cylindrical panel with stiffener that R-type section.