As part of a Math-Computer Science project at engineering school, I developed and simulated the Three-Body Problem using Python. Through the implementation of numerical solvers such as Euler, ...

Abstract: A positioning method based on magnetic gradient tensor was proposed for unexploded ordnance (UXO) detection on movable platforms. A multiresolution linear regression algorithm was developed ...

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In this paper, we present a new numerical method for nonlinear vibrational analysis of Euler-Bernoulli beams. Our approach is based on the continuous Galerkin-Petrov time discretization method. The ...

Unlock your dunking potential! Discover the 'selfbounce' method and elevate your game to new heights. Learn techniques for impressive dunks! GOP moves to let Obamacare subsidies expire as Trump ...

Abstract: We present a modified recursive Newton-Euler method for computing some dynamic expressions that arise in two problems of fault detection and control of serial robot manipulators, and which ...

In this paper we describe the classical methods used to solve the Euler equations. Special attention is devoted to the iterative method based on a contraction mapping derived from these equations in ...

About 35 minutes into the London Marathon, I found myself in a good running groove. My legs felt strong, my stride relaxed, and my breathing easy. I can do this! I told myself. I was relieved to find ...

Introduction: Differential equations governed compartmental models are known for their ability to simulate epidemiological dynamics and provide highly accurate descriptive and predictive results.