This study aims at measuring heat capacity on a large range of biomass types and on
pyrolysis chars obtained under conditions representative of industrial reactors for further use …

Biomass has attracted significant interest as a renewable energy source recently. This study
employs different artificial intelligence (AI) scenarios to determine biomass heat capacity …

Biochar is recognized as a promising spectrum for thermal science applications considering
environmental protection. In this study, different artificial intelligence (AI) techniques are …

Heat capacity is among the most well‐known thermal properties of cellulosic biomass
samples. This study assembles a general machine learning model to estimate the heat …

Junctions existing in conventional thermoelectric generators (TEGs) may lower their output
power by increasing the internal resistances and reduce their flexibility, especially for …

This study correlated biomass heat capacity (Cp) with the chemistry (sulfur and ash content),
crystallinity index, and temperature of various samples. A five-parameter linear correlation …

Thermography has been used to quantitatively analyze the plastic and elastic energy during
deformation of paper. Sack paper samples were subjected to uniaxial tensile testing until …

The influence of increasing temperature on the strength and relaxation of wet press-dry
paper was studied using a tensile tester equipped with a special heating chamber. The …

Energy consumption optimization belongs to the main agendas in sustainable industries.
Here, cost‐saving opportunities in the pulp and paper industry as one of the largest …

The studies presented in this doctoral Thesis were carried out at VTT (Technical Research
Centre of Finland) in Jyväskylä. I wish to thank Valmet Technologies Oy (formerly Metso …