Loading...
+1-9179056297
contact@mkscienceset.com

Become A Member – Exclusive Author Offer Join Our Exclusive Author Membership Program And Enjoy Unlimited Publications For One Year At A Special Discounted Rate Of $3,999 (Regular Fee: $15,000). Limited-Time Offer Valid Until January 2026.

The Generalized Sundman Transformation and Differential Forms for Linearizing the Variable Frequency Oscillator Equation and the Modified Ivey's Equation

Abstract:
The linearization approach is used in this contribution to acquire the answers to the variable frequency oscillator equation as well as the modified Ivey's equation. Differential forms (DF) and the generalized Sundman transformation (GST) are two linearization techniques that are considered. It is found that the modified Ivey's equation cannot be linearized using differential forms, while the equation for a variable frequency oscillator can. However, using GST, the modified Ivey's equation can be linearized.