The present article outlines the historical development of Meshless method. The high
computational cost associated with conventional numerical methods and their lack of …

“Emad-Falih Transform” a new integral transform Page 1 © “Emad-Falih Transform” a new
integral transform Emad Kuffi * Department of Materials Engineering College of Engineering …

“Emad-Sara Transform” a new integral transform Page 1 © “Emad-Sara Transform” a new integral
transform Sara Falih Maktoof † Department of Mathematics Faculty for Girls University of Kufa …

Motivated by a bioinspired optimal aerodynamic design of a multi-propeller configuration,
here we propose a ducted multi-propeller design to explore the improvement of lift force …

This study presents a data-driven spatial interpolation algorithm based on physics-informed
graph neural networks used to develop a thermal Earth model for the conterminous United …

An efficient technique is presented to infer space plasma density and satellite potentials from
Langmuir probe measurements, using multivariate radial basis function (RBF) regression …

Motivated by optimal combination of paired wings configuration and troke-plane inclination
in biological flapping flights that can achieve high aerodynamic performance, we propose a …

The goal of this work is to develop a numerical method combining Radial Basic Functions
(RBF) kernel and a high order algorithm based on Taylor series and homotopy continuation …

Most building materials can be characterized as quasi-brittle composites with a cementitious
matrix, reinforced by some stiffening particles or elements. Their massive exploitation …

Recently, several improvements over the radial basis function generated finite difference
method have been appeared numerically and theoretically in literature. Suitable …