Now showing items 1-10 of 39
Sobolev Spaces and Variational Method Applied to Elliptic Partial Differential Equations
Variational methods have proved to be very important in the study of optimal shape, time, velocity, volume or energy. Laws existing in mechanics, physics, astronomy, economics and other fields of natural sciences and ...
Floquet Theory and Applications
This project is at the interface between Analysis, Natural Sciences and Modeling Theory. It deals with Floquet Theory (also re ered to as Floquet-Lyapunov theory) which is the main tool of the theory of periodic ordinary ...
The Mountain Pass Theorem and Applications
This project lies at the interface between Nonlinear Functional Anal- ysis, unconstrained Optimization and Critical point theory. It concerns mainly the Ambrosetti-Rabinowitz's Mountain Pass Theorem which is a min-max ...
Controllability And Stabilizability Of Linear Systems In Hilbert Spaces
Questions about controllability and stability arise in almost every dynamical system problem. As a result, controllability and stability are one of the most extensively studied subjects in system theory. A departure point ...
Isoperimetric Variational Techniques and Applications
This project is at the interface between Nonlinear Functional Analysis, Con- vex Analysis and Di erential Equations. It concerns one of the most powerful methods often used to solve optimization problems with constraints; ...
Calculations Of Phonons And Phonon Dispersion In Lifep Pnictide Superconductor
Not too long ago(2008),a new pnictide Superconductor free from arsenic was discovered –LiFeP. It belongs to the family of the so called ‘111’ type iron Superconductor. It has unique characteristics in its normal state which ...
Quantum Simulation Of A Transverse-Field Ising Model
A popular model that have been used to study ferromagnetism is the Ising Model which is an arrangement of spins along a particular direction and with discrete values of +1. 1-D Ising model doesn't show a phase transition ...
Object Oriented Implementations for DEVS Formalism
Discrete Event System Specification (DEVS) formalism is a Modeling and Simulation (M&S) framework that provides a means of specifying an object called a system. This work presents implementations of this formalism using ...
Designing a Runtime Simulator for Queue Core Processor
A Model-View-Controller Based Platform for the Modeling and Simulation of the Hoist Scheduling Problem
The hoist scheduling problem is a critical issue in the design and control of many manufacturing processes. When the hoist number and tank numbers are very large, finding an optimal schedule is very hard. As a result of ...