This paper reviews concepts for evaluating integrated environmental models and discusses
a list of relevant software‐based tools. A simplified taxonomy for sources of uncertainty and …

presented a theoretical framework for exposure analysis, incorporating multiple levels of
empirical and mechanistic information while characterizing/reducing uncertainties. The …

Increases in both chemical kinetics knowledge and the capacity of computers have led to the
availability of very large detailed kinetic mechanisms for many problems. These …

Mesoscale models are highly competent for understanding behaviour of unreinforced
masonry structures. Their only limitation is large computational expense. Fully Equivalent …

High dimensional model representation (HDMR) techniques are tools to improve
mathematical modeling of physical systems. One of the main HDMR applications is the …

As computing power increases and data relating to elementary chemical and physical
processes improves, the use of computational modelling as a design tool in environmental …

In this paper, a multi-functional moving-cut high-dimensional model representation (MC-
HDMR) approach is developed for simulation of multi-component input and output aerosols …

This work investigates the potential of an in-time parallelization of atmospheric chemical ki-
netics. Its numerical calculation is one time-consuming step within the numerical prediction …

This chapter describes various methods for storing chemical kinetic mechanistic information
within combustion models. The most obvious way is the definition of the kinetic system of …

The approach of this work is the application of a FEOM (Fully Equivalent Operational Model)
to the solution of the stiff system of Ordinary Differential Equations (ODE) which describes …