The longitudinal dispersion coefficient is a key parameter in determining the distribution of
pollution concentration, especially in temporally time-varying source cases after full cross …

Water quality is intricately linked to the global water crisis since the availability of safe, clean
water is essential for sustaining life and ensuring the well-being of communities worldwide …

A Transient Storage Model (TSM), which considers the storage exchange process that
induces an abnormal mixing phenomenon, has been widely used to analyze solute …

Modeling pollution transmission in rivers is an important subject in environmental
engineering studies. Numerical approaches to modeling pollution transmission in rivers are …

One of the mechanisms that greatly affect the pollutant transport in rivers, especially in
mountain streams, is the effect of transient storage zones. The main effect of these zones is …

The transient storage model (TSM) is a common approach to assess solute transport and
pollution modeling in rivers. Several formulas have been developed to estimate TSM …

Researchers must determine the storage parameter values to understand the storage
processes and compare them across streams. These parameters are highly variable in time …

One-dimensional models of solute transport typically rely on the advection–dispersion
equation (ADE) and thus cannot accurately simulate the solute transport phenomenon in …

Accurate estimation of solute transport has significant importance in water resources and
environmental engineering. Among the various types of mathematical formulation for …

Transient storage model (TSM) is the most popular model for simulating solutes transport in
natural streams. Accurate estimate of TSM parameters is essential in many hydraulic and …