The kinematic analysis using pseudo-rigid-body model was described by D-H method.
The toy model was described by dimensionless energy functions (2) and (11).
A simple model was described that considers the membrane resistance and the specific cake resistance.
The model was described, evaluated on various simulation time steps and tested for the purpose of designing strip intercropping systems.
In the phase of implementation, the JADE based agent behavior model was described in detail and the implementation platform was also demonstrated.
The mathematical foundation behind the concentric structure model was described in detail and a special software to construct the unique structures was developed.
Recently, a transgenic mouse model was described linking dispersal of the neuromuscular junction caused by elevated agrin degradation to the rapid onset of sarcopenia.
The assembly of VLPs comprised of the structural proteins (VP2 and VP3) of the infectious bursal disease virus (IBDV) using a thermodynamically based equilibrium model was described.
A stochastic state-transition simulation model was described to simulate the spread of Salmonella from multiplying through slaughter, with special emphasis for critical control points to prevent or reduce Salmonella contamination.
The core food model was described more than three decades ago, and has been used ever since to identify main food contributors to dietary intakes for both nutrients and other food chemicals.
The PIB model was described using a differential equation that allows the stability of the low Earth orbit (LEO) environment to be tested by a straightforward analysis of the equation's coefficients.
