Advanced Geotechnical Finite Element Modeling using PLAXIS

Advanced Geotechnical Finite Element Modeling Using PLAXIS — Dr. William W.L. Cheang

Advanced Geotechnical Finite Element Modeling Using PLAXIS by Dr. William W.L. Cheang is a highly practical training-oriented reference developed for geotechnical engineers who want to apply finite element modelling (FEM)effectively using PLAXIS. Based on seminar material prepared for professional learning, the document is particularly useful for engineers who already understand geotechnical fundamentals and want to improve the quality, reliability, and interpretation of advanced numerical models.

A key strength of this publication is its strong link to real project workflows. PLAXIS is widely used for modelling complex geotechnical problems such as excavations, retaining structures, tunnelling, embankments, foundation systems, and soil–structure interaction. This guide supports users in moving beyond basic modelling by addressing advanced topics that influence the accuracy of FEM outcomes, including appropriate model setup, boundary conditions, staged construction procedures, selection of constitutive soil models, and interpretation of results for design decisions.

From a professional standpoint, the value of this reference is its emphasis on engineering judgement. It highlights the fact that numerical modelling is not only about running software, but about selecting the right assumptions and verifying whether results are realistic. This approach makes the document useful for consultants, design office engineers, and postgraduate learners who need to strengthen their confidence when using PLAXIS in complex geotechnical applications.

Overall, Advanced Geotechnical Finite Element Modeling Using PLAXIS is a relevant and practice-driven resource for engineers seeking deeper competence in PLAXIS-based analysis and the professional use of FEM in geotechnical design.