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1	Invited Keynote Paper
1.1	Challenges in topology optimization with  applications J. Lógó, M. Tantawi and B. Tóth	1
2	Advances in Finite, Boundary and Discrete Element Methods, Session organised by: Professor J. Kruis, Czech Technical University in Prague, Czech Republic
2.1	Deflated Krylov Method in Nonlinear Problems of Mechanics and Stochastic Analysis M. Béreš and S. Sysala	13
2.2	FE Numerical Errors in Lattice Metastructure Dynamics: Insights from Two Distinct Cases I. Martínez-Terés, K.V. Bhat, P. Pflueger Tejero, J. Garcia-Martinez and F.J. Montáns	12
2.3	Investigating Heavy-Ball Method as a Synchronization-Free Alternative to Conjugate Gradients D. Hrbáč, D. Horák and J. Kružík	9
2.4	An Impact of the FETI Gluing Conditions on Dual Operator Conditioning and Convergence Rate A. Růžička, D. Horák and J. Kružík	13
3	Developments in the Design Optimisation of Engineering Structures, Session organised by Professor A. Martins, University of Coimbra, Portugal, Professor L. Simões, University of Coimbra, Portugal, Professor J. Lógó, Budapest University of Technology and Economics, Hungary and Professor M. Bruggi, Politecnico di Milano, Italy
3.1	Predicting Earthquake-Induced Building Damage Grades Using Machine Learning and Explainable AI E.K. Nyarko, S. Czarnecki, A.D.R. Troncoso Garcia, M. Hadzima-Nyarko, F. Martinez Alvarez, B. Bulajić, E. Isik and D. Radu	13
3.2	Virtual Element Method for Topology Optimization of Contact Problems A. Myśliński	12
3.3	Cost Optimisation of Steel Structures Exposed to Fire T. Světlík and M. Čermák	20
3.4	Optimisation of Asymmetric Single-Tower Cable-Stayed Concrete Bridges A. Martins, S. Monteiro and L. Simões	14
4	Computational Analysis of Structures, Organised by: Professor J.G. Santos da Silva, Rio de Janeiro State University, UERJ, Brazil, Professor L.F. Costa Neves, University of Coimbra, UC, Portugal
4.1	Vibration Analysis of Steel-Concrete Composite Floors when Subjected to Rhythmic Human Dynamic Loadings M.G. de Carvalho Junior and J.G. Santos da Silva	14
4.2	Serviceability Limit States of CLT–Concrete Composite Slabs: Vibrations and Long-Term Deflections M. Tantawi, D.B. Merczel and J. Lógó	11
4.3	Preliminary Predictions of Progressive Damage in Single-Bolted Pultruded FRP Connections and Comparison with Experiments A. Rahman, I. Boem and N. Gattesco	13
4.4	Creep Buckling of Al–SiC Beam D. Lanc, R.I. Gasljevic and G. Turkalj	8
4.5	Post-Fire Strength Capacity Assessment of SRC Columns Under Asymmetry Conditions C.-G. Chiorean	14
5	Computational Methods for Biomechanics, Organised by: Dr H. Geisler, Leibniz University Hannover, Germany
5.1	Surrogate Modeling for a Multi-Species Biofilm Model H. Geisler, F. Klempt, M. Soleimani and P. Junker	11
6	Topology Optimization
6.1	Topology Optimisation of Lattice Structures for Strain-Tunable Wave Filtering F. Gomez Silva, R. Ortigosa and J. Martinez-Frutos	19
6.2	An Efficient Multiscale Topology Optimization Framework Using HiCon-FEM V. Yanes, N.-H. Kim, M.A. Sanz and F. Montáns	12
6.3	Topology Optimization Design of Multimaterial Heterogeneous Interfaces for Additive Manufacturing Z. Cai, L. Meng, D. Huo, J. Zhang, Y. Wang, J. Zhu and W. Zhang	11
7	Domes and Form-Finding
7.1	Buckling of Domes From Functionally Graded Auxetics J. Blachut, M.D. White and D. Sala	11
7.2	Evolutionary Form-Finding of Lattice Domes via a Constrained Force Density Method in Rhino-Grasshopper B. Tóth, M. Bruggi and J. Lógó	10
8	Digital Twins in Engineering
8.1	Toward a Digital Twin Framework: Finite Element Modeling and Optimal Sensor Placement for Calatrava’s Città Dello Sport in Rome V. Ferdinandi, M. Torzoni and R. Ardito	14
8.2	The Automation of Building Information Modeling (BIM) Methodology in Structural Design of Concrete Walls M. Cangussu Da Silva	22
9	Machine Learning in Engineering
9.1	Bayesian Active Learning of Conditional Failure Probability Distributions for Precast Prestressed Concrete Beams J. Whiteley and J. Becque	12
10	Numerical Methods in Engineering
10.1	Optimized Set-Up of Internal Controlled Electrical Cartridges for Efficient Heating in Pultrusion Processes E. Barkanov and P. Akishin	11
10.2	A Hierarchical Hermite Finite Cell Framework for Strain Gradient Kirchhoff Plate Theory C.A. Yan, N. Fantuzzi, R. Vescovini and R. Luciano	11
10.3	Local Analysis of Nonlinear Elastomers Steadily Sliding over Rough Surfaces P. Le Tallec	14
11	Materials Modelling
11.1	Programmable Multifunctional Hyperbolic Metamaterials: Design and Optimization M. Yang, L. Meng, X. Zhu, W. Zhu, Z. Cai, J. Zhu and W. Zhang	9
11.2	Coupled Thermo-Mechanical Analysis in Excavation Damage Zone J. Kruis, T. Krejci and T. Koudelka	10
12	Laminates
12.1	Simultaneous Optimization of Ply Angles and Thickness for Double-Double Laminates P. Fang, T. Gao and W. Zhang	10
12.2	Data-Driven Stacking Sequence Optimization of Composite Laminates via Deep Learning Surrogate Models S. Gao, P. Fang, T. Gao and W. Zhang	14
13	Vibration Modelling and Analysis
13.1	Application of Optimized Seismic Meta-Blocks to Reduce Ground Vibration M.N.A. Nguyen, M.P. Truong, V.H. Nguyen and J.H. Lee	12
13.2	A Finite Element Formulation for Vibration Analysis of Laminated Composite Thin-Walled Beam Type Structures Under Initial Load D. Banić, G. Štimac Rončević and G. Turkalj	8
14	Masonry Structures
14.1	Limit Analysis for Pagoda of Zhen-Guo Temple: Comparison of Different Modeling Approaches P. Wang, Y. Hua and G. Milani	14
14.2	Reduced Mesoscale Modelling for Masonry Arch Bridges M.S. El Ashri, S. Grosman, L. Macorini and B.A. Izzuddin	16
15	Finite Element Technology
15.1	A Variationally Consistent Force-Based Finite Element Formulation for the Dynamic Analysis of Cracked Beams Under Moving Loads H.A.F.A. Santos	14
15.2	Improved DKMT18 and DKMQ24 Shell Elements With Pseudo-Curvatures R.S. Katili, I. Katili, S. Natarajan and S.P.A. Bordas	10
15.3	Application of Hierarchical Rotational Shell Finite Elements I. Páczelt, B. Szabó and A. Baksa	14

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