Determination of Forces and Moments Per Unit Length in Symmetric Exponential FG Plates with a Quasi-Triangular Hole

摘要: In this study, the resultant forces and moments acting on infinite symmetric FGPs with a triangular hole subject to uniaxial tensile load were examined via an analytical method using complex variable approach. The mechanical properties of graded plates are hypothesized vary throughout thickness exponentially. impact various factors, namely orientation, aspect ratio as well corner curve stress distribution moment resultants is considered. order approve credibility approach, its outcomes compared numerical results acquired from ABAQUS finite element modeling. This comparison showed favorable agreement level among outcomes. Based these results, mentioned factors entail considerable effect at proximity bearing tolerance functional grated holes may be enhanced by suitable selection aforementioned parameters.