Hainyah A. M. Saed Ben Hamdin

Verified email at su.edu.ly

Full Professor in Applied Mathematics

h-index: 3

Personal Information

Female

Libya

Sirte

Sirte, Libya

Specializations

special-functions ordinary-differential-equations partial-differential-equations integral-transforms-operational-calculus integral-equations quantum-theory

Publications

In–out decomposition of boundary integral equations

SC Creagh, HB Hamdin, G Tanner

Journal of Physics A: Mathematical and Theoretical 46 (43), 435203, 2013

View Publication

Multi‐Component BEM for the Helmholtz Equation: A Normal Derivative Method

HAMB Hamdin, G Tanner

Shock and Vibration 19 (5), 957-967, 2012

View Publication

Boundary element and transfer operator methods for multi-component wave systems

HAM Ben Hamdin

University of Nottingham, 2012

View Publication

Acoustic energy distribution in multi-component structures-Dynamical Energy Analysis versus numerically exact re-sults

G Tanner, D Chappell, HB Hamdin, S Giani, C Seidel, F Vogel

Proceedings of the ISMA 2010 and USD 2010, 2435-2436, 2010

View Publication

Hybrid Dual Quadrature Rules Combining Open and Closed Quadrature Rules Enhanced by Kronrod Extension or Richardson's Extrapolation for Numerical Integration

HAMSB Hamdin, FSM Musbah

Al-Mukhtar Journal of Sciences 38 (2), 173-188, 2024

View Publication

On Some Numerical Methods for Solving Fredholm Integral Equations with Continuous Kernel

JM Abdelaziz, HAM Saed

Sirte University Scientific Journal 8 (1), 36-52, 2018

View Publication

On Some Techniques of Treating Weakly Singular Integrals

HAMB Hamdin

Sirte University Scientific Journal 5 (2), 37-49, 2015

View Publication

Semiclassical Transfer Operator for Complex Built-up Structures

H Hamdın, G Tanner, S Creagh

International Journal of Computational and Experimental Science and …, 2015

View Publication

Hybrid Triple Quadrature Rule Blending Some Gauss-Type Rules with the classical or the Derivative-Based Newton-Cotes-Type Rules

HAMSB Hamdin, FSM Musbah

Al-Mukhtar Journal of Basic Sciences 21 (2), 63-72, 2024

View Publication

On Some Relations between the Hermite Polynomials and Some Well-Known Classical Polynomials and the Hypergeometric Function.

HSB Hamdin

Journal of Pure & Applied Sciences 19 (5), 60-67, 2020

View Publication

Generating some linear second-order differential equations with undetermined coefficients by Linearly combining Frobenius and Legendre differential equations

SAI Daw, ES Najem, HAM Saed

Journal of Pure & Applied Sciences 18 (3), 2019

View Publication

Advantages of the Normal Derivative Method to Set Up the Integral Kernels for a Unit Disc

HAM Saed

Sirte University Scientific Journal 9 (1), 44-53, 2019

View Publication

Spectral Statistics of Irrational Polygonal Billiards

HAMB Hamdin

Sirte University Scientific Journal 5 (1), 23-36, 2015

View Publication

Finite Difference Method for the Biharmonic Equation with Different Types of Mixed Boundary Conditions.

HAMSB Hamdin

View Publication

Analytic Continuation of the First Kind Associated Legendre Functions.

HAMSB Hamdin

View Publication

Reflection and Transmission Coefficients for Complex Built-up Structures

HAMSB Hamdin, S Creagh, G Tanner

View Publication

Research Interests

Numerical Analysis

Learn More

Quantum Mechanics

Learn More

Integral Equations.

Learn More

EGMS–EWMA Math Platform

Menu

Hainyah A. M. Saed Ben Hamdin

Personal Information

Specializations

Publications

In–out decomposition of boundary integral equations

Multi‐Component BEM for the Helmholtz Equation: A Normal Derivative Method

Boundary element and transfer operator methods for multi-component wave systems

Acoustic energy distribution in multi-component structures-Dynamical Energy Analysis versus numerically exact re-sults

Hybrid Dual Quadrature Rules Combining Open and Closed Quadrature Rules Enhanced by Kronrod Extension or Richardson's Extrapolation for Numerical Integration

On Some Numerical Methods for Solving Fredholm Integral Equations with Continuous Kernel

On Some Techniques of Treating Weakly Singular Integrals

Semiclassical Transfer Operator for Complex Built-up Structures

Hybrid Triple Quadrature Rule Blending Some Gauss-Type Rules with the classical or the Derivative-Based Newton-Cotes-Type Rules

On Some Relations between the Hermite Polynomials and Some Well-Known Classical Polynomials and the Hypergeometric Function.

Generating some linear second-order differential equations with undetermined coefficients by Linearly combining Frobenius and Legendre differential equations

Advantages of the Normal Derivative Method to Set Up the Integral Kernels for a Unit Disc

Spectral Statistics of Irrational Polygonal Billiards

Finite Difference Method for the Biharmonic Equation with Different Types of Mixed Boundary Conditions.

Analytic Continuation of the First Kind Associated Legendre Functions.

Reflection and Transmission Coefficients for Complex Built-up Structures

Research Interests

Numerical Analysis

Quantum Mechanics

Integral Equations.

Sections

Hainyah A. M. Saed Ben Hamdin

Personal Information

Specializations

Publications

In–out decomposition of boundary integral equations

Multi‐Component BEM for the Helmholtz Equation: A Normal Derivative Method

Boundary element and transfer operator methods for multi-component wave systems

Acoustic energy distribution in multi-component structures-Dynamical Energy Analysis versus numerically exact re-sults

Hybrid Dual Quadrature Rules Combining Open and Closed Quadrature Rules Enhanced by Kronrod Extension or Richardson's Extrapolation for Numerical Integration

On Some Numerical Methods for Solving Fredholm Integral Equations with Continuous Kernel

On Some Techniques of Treating Weakly Singular Integrals

Semiclassical Transfer Operator for Complex Built-up Structures

Hybrid Triple Quadrature Rule Blending Some Gauss-Type Rules with the classical or the Derivative-Based Newton-Cotes-Type Rules

On Some Relations between the Hermite Polynomials and Some Well-Known Classical Polynomials and the Hypergeometric Function.

Generating some linear second-order differential equations with undetermined coefficients by Linearly combining Frobenius and Legendre differential equations

Advantages of the Normal Derivative Method to Set Up the Integral Kernels for a Unit Disc

Spectral Statistics of Irrational Polygonal Billiards

Finite Difference Method for the Biharmonic Equation with Different Types of Mixed Boundary Conditions.

Analytic Continuation of the First Kind Associated Legendre Functions.

Reflection and Transmission Coefficients for Complex Built-up Structures

Research Interests

Numerical Analysis

Quantum Mechanics

Integral Equations.

Edit Post