Below, we formulate the assumptions of our model.
We are now ready to formulate the assumptions we need.
The model is formulated under the assumption of finite displacements.
The model was formulated on the assumption that a population grows at a constant rate.
It is also formulated on the assumption that the pore-air pressure remains constant and is equal to the atmospheric pressure during the transient processes.
In "CCIRS with default-free replacement contracts" section, the pricing problem for CCIRS is formulated with the assumption of a default-free replacement contract.
In a previous study (Kuwatani et al. 2011), differential thermodynamic forward modeling of dehydration reactions was formulated with the assumption of global equilibrium.
Although acoustic properties were strongly affected by temperature distribution, many topology optimization problems for optimal acoustic devices were formulated under the assumption that temperature was uniformly distributed in the design domain or that heat transfer through boundaries was negligible.
These latter techniques are formulated on the assumption that resource allocation resulting from the market mechanism is equivalent to the minimization of the discounted, cumulated operating and investments over the considered planning horizon.
In the present study, a (k ε) turbulence model for plant canopy flows was formulated on the assumption that the dispersive flux was much less than the Reynolds stress.
Many models of biological systems are formulated with the assumption that the relevant dynamics occur near or at a steady state.
