The development of reliable mathematical models for crystallization processes may be very
challenging due the complexity of the underlying phenomena, the inherent Population …

Increasing longevity remains one of the open challenges for Lithium-ion (Li-ion) battery
technology. We envision a health-conscious advanced battery management system, which …

This paper develops an adaptive PDE observer for battery state-of-charge (SOC) and state-
of-health (SOH) estimation. Real-time state and parameter information enables operation …

Due to the lack or high costs of measurement devices to monitor and control metabolites in
microbial cultivation processes, state estimators are often required. These estimators …

Dynamic models formulated as a set of ordinary differential equations provide a detailed
description of the time-evolution of a system. Such models of (bio) chemical reaction …

A simplified steady‐state model to predict MWDs of ethylene/butene and ethylene/hexene
copolymers produced industrially using heterogeneous Z‐N catalysts is developed …

This paper presents a tutorial on estimation and control problems for battery
electrochemistry models. We present a background on battery electrochemistry, along with a …

Selecting a set of parameters to be estimated from experimental data is an important
problem with many different types of applications. However, the computational effort grows …

Engineers who develop fundamental models for chemical processes are often unable to
estimate all of the parameters, especially when available data are limited or noisy. In these …

Accurate estimation of the model parameters is required to obtain reliable predictions of the
products end-use properties. However, due to the mathematical model structure and/or to a …