Absorption • Polymer 03`7.~super absorption, diffusion (model 09`4.~exploration) • 10`8.~Inflection
• 10`6.~inverse problem • Finding parameters: 10`6.~ver. 0, 16`5.~ver. 1 (clearer), 16`6.~ver. 2 (better input)

 Aeronautics • 11`b.~How wings work (courtesy of student Wim Vandenbossche, TU Delft)

 Block tariffing • 18`7.~Block tariffs (water consumption, etc.)

 Chemical reactions • 18`7.~Semi-continuous reactor
• 20`6.{Python} ~3 ODEs (Sevilla, CISTI'2020)

 Cooling tower • 18`5.~Kga (under construction)

 Extraction • SFE (supercritical fluid extraction): modelling Sovová 05`b.~with parameter selection
• Fallacy of $logarithmising.

 Forestry • 09`b.~Tree growth

 Linear regression • 09`6.~Fitting a line • Multiple 12`9.~Linear regression (rev. 2018) 05`8.~Aug 2005 (rows); 16`6.~Jun 2016
07`b.~Clausius-Capeyron

 Models' behaviour • 09`4.~General models • Sovová's 09`4.~model1; 11`2.~model2

 Non-linear regression • 09`3.~Fitting with parameter selection → 14`9.~second • 16`2.~general • 16`3.~Electrical conductivity of saline solutions

 Optimization • Fibonacci: 10`7.~basic • 10`7.~min. heating time (Robinson [1975, 235]) • 10`5.~Successive bivariate quadratic

 Pneumatic transport (conveying) • 11`c.~Previous (under construction) • Minimum transport 16`c.~velocity (16`7.~old).

 Pyrolysis • 20`8.~Pyrolysis kinetics (Fortran)
• 20`8.{Python} ~Pyrolysis kinetics

 Bibliography

• Bernardo-Gil, M. Gabriela, Miguel Casquilho, 2007, "Modeling the supercritical fluid extraction of hazelnut and walnut oils", AIChE J., 53, pp 2980–2985 (doi10.1002/aic.11299) (◊ .pdf).

• Robinson, E. R., 1975, "Time dependent chemical processes", Applied Science Publishers, Ltd., London (UK). ISBN 0 85334 608 9.

• Curve fitting (Wikipedia).

• Google search: model fitting.