Filip Hokeš

发表

Different Approaches to Numerical Simulations of Prestressed Concrete Structural Elements

Filip Hokeš, 2014 .

Comparison of responses of concrete damage material models with respect to optimization-based material parameter identification

Petr Hradil, Filip Hokeš, Petr Král, 2017 .

Improved Sensitivity Analysis in the Inverse Identification of the Parameters of a Nonlinear Material Model

Filip Hokeš, Petr Král, Martin Hušek, 2017 .

Parameter Identification for a Multivariable Nonlinear Constitutive Model inside ANSYS Workbench

Filip Hokeš, Petr Král, Martin Hušek, 2016 .

Inclusion of Randomness into SPH Simulations

Jiří Kala, Filip Hokeš, Petr Král, 2017 .

Using noise to generate the material structure of concrete

Jiří Kala, Filip Hokeš, Petr Král, 2018 .

Identification of the Parameters of a Concrete Damage Material Model

Petr Hradil, Filip Hokeš, Petr Král, 2017 .

The Current State-of-the-Art in the Field of Material Models of Concrete and other Cementitious Composites

Filip Hokeš, Filip Hokeš, 2015 .

Steel Fibre Reinforced Concrete Simulation with the SPH Method

Jiří Kala, Filip Hokeš, Petr Král, 2017 .

Video analysis of response of reinforced concrete beam to impact loading during drop test

Filip Hokeš, Jiri Kala, Ivan Nemec, 2020 .

Pinned joints – their design and real behaviour

Jiří Kala, Filip Hokeš, Milan Šmak, 2018 .

Optimization-Based Inverse Identification of the Parameters of a Concrete Cap Material Model

Petr Hradil, Jiří Kala, Filip Hokeš, 2017 .

Selected Aspects Of Modelling Of Non-Linear Behaviour Of Concrete During Tensile Test Using Multiplas Library

Filip Hokeš, 2015 .

Effect of the support domain size in SPH fracture simulations

Jiří Kala, Filip Hokeš, Petr Král, 2016 .

Selecting the objective function during the inverse identification of the parameters of a material model of concrete

Jiří Kala, Filip Hokeš, J. Kala, 2016 .