## A method for the numerical integration of coupled first order differential equations with greatly different time constants |

### What people are saying - Write a review

We haven't found any reviews in the usual places.

### Common terms and phrases

accuracy addition Aerodynamic algorithm approximation BUFFALO 21 CAL REPORT calculation Charles chemical rate chosen components Contract convenient CORNELL AERONAUTICAL LABORATORY correct curve COUPLED FIRST ORDER density dependent variable described determined DIFFERENT TIME CONSTANTS difficulty discussion EQUATIONS WITH GREATLY example express fail the tests fifth order four points fourth order Runge-Kutta functions given in Eq GREATLY DIFFERENT handle higher order derivatives identical integrate Eq integration formula integration interval INTEGRATION OF COUPLED integration procedure interval is doubled JANUARY Kutta larger limit method available method of integration NITROGEN ATOM CONCENTRATION NUMERICAL INTEGRATION ORDER DIFFERENTIAL EQUATIONS order Runge-Kutta scheme ordinary differential present report problem quadratic range reactions region of integration results obtained Runge Runge-Kutta equation Runge-Kutta method Runge-Kutta step shock wave shown similar simultaneous relaxation solution species concentrations spent in evaluating stable strong dependence successful steps temperature term Treanor usual utilized WAVE IN AIR