Evaluation of Parameter Estimation Methods for Crystallization Processes Modeled via Population Balance Equations-Reference-Cited by-同舟云学术

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Evaluation of Parameter Estimation Methods for Crystallization Processes Modeled via Population Balance Equations

Published:2015-02 Issue: Volume:94 Page:275-289
ISSN:0263-8762
Container-title:Chemical Engineering Research and Design
language:en
Short-container-title:Chemical Engineering Research and Design

Author:

Besenhard Maximilian. O.,Chaudhury Anwesha,Vetter Thomas,Ramachandran Rohit,Khinast Johannes G.

Funder

National Institute for Pharmaceutical Technology and Education

U.S. Food and Drug Administration

Rutgers Catalyst Consortium

Austrian Marshall Plan Foundation

Graz University of Technology

Publisher

Elsevier BV

Subject

General Chemical Engineering,General Chemistry

Reference85 articles.

1. Multiscale modeling, simulation and validation of batch cooling crystallization

2. An integrated Quality by Design (QbD) approach towards design space definition of a blending unit operation by Discrete Element Method (DEM) simulation

3. Modeling a seeded continuous crystallizer for the production of active pharmaceutical ingredients

4. Statistical Approximation of the Inverse Problem in Multivariate Population Balance Modeling

5. The inverse problem in granulation modeling-Two different statistical approaches

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1. Optimization of Batch Cooling Crystallization of Sodium Phosphite Through Genetic Algorithm;Chemical Engineering & Technology;2024-06-11

2. Statistical Analyses of a Population Balance Model of a Batch Crystallization Process;Crystal Growth & Design;2023-12-12

3. Multi-dimensional population balance modeling of sonocrystallization of pyrazinamide with systematic estimation of kinetic parameters based on uncertainty and sensitivity analyses;Chemical Engineering Research and Design;2023-12

4. Parameter estimation and estimability analysis in pharmaceutical models with uncertain inputs;AIChE Journal;2023-06-29

5. Kinetic study of complicated anti-solvent and cooling crystallization of disodium 5′-ribonucleotide;Particuology;2023-02

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