Computational and Statistical Methods for Chemical Engineering 1st Edition

Capture the edge of modern process engineering with Computational and Statistical Methods for Chemical Engineering, 1st Edition by Wim P. Krijnen and Ernst C. Wit. This authoritative volume marries rigorous theory with practical tools, making it an essential resource for chemical engineers, data scientists, and researchers who need reliable computational and statistical approaches for complex process problems.

Dive into clear explanations of numerical algorithms, model fitting and validation, multivariate statistics, parameter estimation, uncertainty quantification, and optimization techniques tailored for chemical engineering applications. Realistic case-driven discussions guide readers through building predictive models, interpreting experimental data, and improving process design and control—without losing sight of mathematical foundations.

Designed for accessibility, the book balances step-by-step methodology and theoretical insight so both graduate students and practicing engineers can apply its techniques immediately. Whether you’re developing simulation models, performing data-driven process optimization, or validating experimental results, you’ll find structured guidance that enhances decision-making and reduces project risk.

Readable, practical, and globally relevant, this 1st Edition supports learning and problem-solving across academia and industry—from laboratories in Europe and North America to plants in Asia-Pacific. Benefit from the combined expertise of Krijnen and Wit, whose clear examples and well-organized chapters accelerate mastery of computational and statistical methods crucial for modern chemical engineering.

Equip your library with a reference that bridges mathematics and real-world application. Order Computational and Statistical Methods for Chemical Engineering, 1st Edition today and advance your skills in process modeling, data analysis, and optimization.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.