What does ODE stand for?

Ordinary Differential Equation(s)

This definition appears very rarely

Other Resources:

<< Previous	Abbreviation Database Surfer		Next >>
On Device Encryption (various companies) On-Duty Electrical (mechanic) Online Data Entry Open Database Engine (WhamTech Inc.) Open Development Environment Open Dynamics Engine Operator Data Entry Opposite Drive End (motors) Oral Deaf Education Orbital Data Explorer (US NASA)		Orientation Drive Electronics (NASA) Orizzonte Degli Eventi (Italian: Horizon of Events; astronomical group) Oregon Dental Executives' Association (Portland, OR) Organisation de défense de l'environnement au Burundi (Burundi) Observatoire Départemental d'Equipement Commercial (France) Ocean Data Equipment Corporation (Providence, RI) Odermatt Corporation Old Dominion Electric Cooperative Oregon Driver Education Center Oxford Development Education Centre (England, UK)

Samples in periodicals archive:

A component x(t) of a given ordinary differential equation system is said to be persistent (uniformly strongly) if there exists a constant k > 0 such that [lim.

Persistence aspects of an epidemic model of Chagas disease

Formation of ordinary differential equations, solution of homogeneous differential equations, separation of variables method, linear first order differential equations.

Math's Syllabus for IIT JEE

The assumed background of the reader is limited to standard undergraduate topics in physics and mathematics, especially complex arithmetic, vector analysis, ordinary differential equations, and certain topics normally covered in a 'signals and systems' course, such as the Fourier transform.

Electromagnetics, 2d ed

For certain classes of dissipative dynamical systems [1] (see examples therein) inertial manifold theory allows for the reduction of the infinite-dimensional dynamics to a finite-dimensional system of ordinary differential equations referred to as inertial form which shares all the long term dynamics of the original problem [2], [3].

A perturbation approach for approximate inertial manifolds

Numerical Method Numerical solutions to the transformed set of non-linear ordinary differential equations (15)-(17) with boundary conditions (12) were obtained, using Nachtsheim-Swigert [15] shooting iteration technique along with sixth order Runge-Kutta integration scheme.

Diffusion-thermo and thermal-diffusion effects on free convective ...

20]) gives the general solution for the system of ordinary differential equations (ODE) [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII.

Partial differential equations with higher order differential ...

Abstract This paper presents a planning course on ordinary differential equations (ODE) for graduating students of physics / engineering.

A course on ordinary differential equations

These include enhancements to Maple's handling of numeric partial differential equations, vector calculus, calculus of variations, and ordinary differential equations.

Maple 8