If there is more than one particle, an equation in the form of equation (91) must be written for each particle, and the solution will involve finding the six variables x, y, z, px, py, and pz, for each particle as a function of time, each once again subject to some initial condition.
A JUMBO-Parser is written for each code and run over a series of example logfiles.
The kinetic energy at contact is then related to the mean oscillator energy, permitting a power balance equation to be written for each oscillator in line.
For OpenCL a separate file has to be written for each combination of integrator and numerical precision.
As our global mass-balance equations are already component based, one governing equation can be written for each basis component.
System response matrices are written for each node of the single coolant channel (by linearizing and perturbing conservation differential equations), which are solved for decay ratios.
The performance index used for evaluation of monte carlo runs is normalized mean square error (NMSE) which can be written for each subchannel as (16).
A VHDL-AMS code file is written for each primitive element/architecture. Before using the primitive element it is necessary to verify if it is correctly implemented.
As time is sampled, Equations 9 were written for each pair of maps considered to estimate the time derivative (refer to Equation 5).
