The objective of this study is to analyse the extent to which the specific dimensions of illness perceptions according to the Common Sense Model (corrected for airflow limitation, dyspnoea and comorbidities) contribute to HRQoL.
A simplified thermodynamics analytical model for steady airflow inside a solar chimney is performed.
On this basis, the semi-empirical model for induced airflow velocity was established.
The developed model was used for airflow simulation in solar chimneys with operational and geometric configurations different from those found in the experimental prototype.
In Part I of this article series, we first describe the packaging systems modelled and then present the relevant mathematical models for both airflow patterns and heat transfer inside such ventilated packaging systems based on the porous media approach.
Most of the previous design models for calculating airflow due to single-sided natural ventilation have been based on the assumption of simple openings.
Furthermore, the simplified model for calculating the airflows in the UFAD system is deduced on the basis of the characteristic parameters and the ratio of temperature gradient.
A number of additional inputs had to be defined for the CONTAM models to realistically account for airflow, including the addition of several building zones.
A direct 3D CFD modelling of airflow within model plant canopies was performed with separate models for the leaves and the branches of the canopy.
In this paper, a thermal and airflow model for an elevated kang is developed with a simply consideration of the heat transfer in building envelope.
