To investigate the tensile and compressive mechanical properties of multi-scale
polypropylene fiber-reinforced concrete (PFRC), two-dimensional microscopic finite element …

In this paper, a combination of the high-order numerical manifold method with material
interpolation is established with the goal of improving the optimization of cracked structures …

An efficient finite element method using the sub-parametric transformations of the curved
boundaries for the 45-node octic order triangular element is presented in this paper. The …

An enhanced sub-parametric finite element method is presented for analyzing the eddy
current losses in induction motors using higher order sub-parametric transformations. The …

A two-dimensional efficient and most accurate subparametric higher-order finite element
technique are offered in this paper for some energy problems. It is used for the computation …

This paper presents automatically generated higher order curved triangular meshes around
airfoil design using MATLAB code. This work shows a valuable basis for the finite element …

This paper aims to offer an efficient, simple and accurate cubic-order subparametric finite
element technique utilizing 2-D automated mesh generator for microwave applications. The …

The advancement in high-order computational methods is reshaping the landscape of mesh
generation in Computational Fluid Dynamics (CFD), steering the focus towards curvilinear …

This paper demonstrates non-uniform mesh generation scheme for two-dimensional
domains. For many models in fluid dynamics like turbulent flow, channel flow there is large …

This paper presents the aerodynamic performance of wind turbine blades with higher order
triangular meshing. Subparametric transformation of triangular elements has been …