International Journal of Energetic Materials
Modeling the Energy Characteristics of Isotropic Harmonic Oscillations using 3D Analysis
Abstract
In this research, a mathematical model was developed to monitor, predict and simulate the energy characteristics of Isotropic Oscillator using 3-dimensional approach. In the model Langrange concept was applied L = , and was expressed as a function of stiffness, k and mass, m, which was modified as . MATLAB R2015 was used to monitor, predict and stimulate the formulated model in relationship with the stiffness varying with mass and then mass at constant stiffness. The result obtained shows a fall in energy as both parameters mass and stiffness are varied respectively. The research demonstrates energy characteristics of isotropic harmonic oscillations using 3D analysisKeywords: Modeling, energy, characteristics, isotropic harmonic, oscillations, 3D analysisReferences (1)
- Cite this Article: C.P. Ukpaka, I.C. Okara. Modeling the Energy Characteristics of Isotropic Harmonic Oscillations Using 3D Analysis. International Journal of Energetic Materials. 2019; 5(2): 31–41p.