Constitutive modelling
Development, calibration and application of constitutive models for soils, including hypoplasticity and advanced elastoplastic models.
Faculty of Science, Charles University
Tomáš Kadlíček
Geotechnical engineering · Numerical modelling · Constitutive modelling of soils
I am an assistant professor at the Faculty of Science, Charles University. My research focuses on numerical and constitutive modelling in geotechnical engineering, with applications to slope stability, cyclic loading, soil–structure interaction and thermo-hydro-mechanical problems.
Research
My work is mainly focused on numerical modelling in geotechnical engineering, constitutive modelling of soils, calibration of advanced soil models and coupled thermo-hydro-mechanical problems.
Numerical geotechnics
Finite element modelling of geotechnical structures, soil–structure interaction, cyclic loading and stability problems.
Current interests
Teaching
I teach and prepare materials related to engineering geology, geotechnical engineering, numerical modelling, structural mechanics, instrumentation, monitoring and introductory civil engineering topics.
Základy stavitelství
Instrumentace a monitoring
Publications and academic profiles
My publication record is mainly related to numerical and constitutive modelling in geotechnical engineering, soil behaviour, slope stability and coupled thermo-hydro-mechanical problems.
Consulting and applied cooperation
I offer expert cooperation in numerical geotechnics, constitutive modelling and calibration of advanced soil models. My work is focused mainly on non-standard geotechnical problems, parametric and sensitivity analyses, independent assessment of advanced numerical models, and the development or verification of custom numerical procedures.
Fields of expertise
Advanced numerical modelling, hypoplastic and elastoplastic constitutive models, calibration based on laboratory data, stability analyses, soil–structure interaction and cyclic loading.
Forms of cooperation
Independent assessment of complex analyses, extension of 2D models to 3D, continuation or verification of existing design models, contract or applied research, and development of non-standard numerical methods.
Contact
Ing. Tomáš Kadlíček, Ph.D.
Faculty of Science, Charles University
Institute of Hydrogeology, Engineering Geology and Applied Geophysics
