The isogeometric boundary element algorithm for solving the plane strain problem of an elastic matrix containing an open material surface of arbitrary shape

Key Points

• The algorithm effectively addresses the plane strain problem, enabling precise analysis of elastic matrices.
• Key metrics show enhanced accuracy in modeling surfaces of arbitrary shapes across diverse scenarios.
• Employing boundary element methods, this analytical approach integrates geometric modeling for complex materials.
• This work highlights the need for improved computational strategies in material science, suggesting further advancements are necessary.