Novel techniques are developed to accurately conserve component mass and surfactant mass during the evolution.
Attempts of allocating component mass and filling different material have been made to explore the potential of performance improvement.
This model is combined with the partial differential equations (PDEs) describing the component mass and energy balances.
The model simulates aerosol component mass and number concentration (two-moment modal) in seven lognormal modes: hygroscopic nucleation, Aitken, accumulation, coarse, and non-hygroscopic Aitken, accumulation and coarse modes.
To develop a scheme for partitioning the products of photosynthesis toward different biomass components in land-surface models, a database on component mass and net primary productivity (NPP), collected from FLUXNET sites, was examined to determine allometric patterns of allocation.
A two-dimensional pseudo-homogeneous packed bed membrane reactor model was developed that solves the continuity and momentum equations and the component mass and energy balances.
The implementation of SMA actuators in an automotive environment is of particular interest due to the potential for lower end-user functional efforts, together with reduced component mass and cost within a limited packaging space.
The model quantitatively predicts the intuitive twisting with load and the counter-intuitive twisting against load observed in experiments as well as changes in twist behavior resulting from variations in vibration frequency and amplitude, component mass and material, and thread fit and friction.
Parameters under consideration include support and mesh stiffnesses, component masses, and moments of inertia.
