The discussion focuses on the derivation of Equation (11) from the R boundary condition as presented in the paper by Noga et al. (2010). It is established that Equations (9) directly lead to Equation (11), clarifying the mathematical transition involved. Participants express curiosity about the practical implications of Equation (11) and its significance in the context of the research. The derivation process is crucial for understanding the application of boundary conditions in mathematical modeling.
PREREQUISITESResearchers, mathematicians, and engineers interested in the application of boundary conditions in mathematical modeling and those seeking to understand the significance of specific equations in theoretical frameworks.
dwsmith said:http://www.vibsys.put.poznan.pl/journal/2010-24/noga-2.pdf
Equations (9) leads to (11).
How from R boundary condition do we end up with the equation in (11)?