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Laboratory for Numerical Structural Design 

Research developing advanced methods for steel connection design, including CBFEM, in collaboration with academia and industry

About the project

The Laboratory for Numerical Structural Design (NSD Lab) is a collaborative project between Brno University of Technology (FCE BUT) and IDEA StatiCa, established to advance numerical methods for structural engineering. Focused on techniques like the Component-Based Finite Element Method (CBFEM) for steel and timber structures and the Compatible Stress Field Method (CSFM) for concrete, the lab conducts validation studies, develops advanced models, and integrates artificial intelligence into design processes. By bridging academic research and industry practice, NSD Lab aims to contribute to global engineering standards and support education and innovation in structural design.

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Research Focus

The laboratory focuses on the numerical verification of steel structures, analyzing structural connections under various loads. By combining simulations with experimental validation, computational models strive to reflect real-world performance, ensuring both accuracy and reliability.
Key topics include geometric nonlinearity, material behavior, and reliability assessment, driving advancements in engineering methodologies and design standards.

Practical Impact

The laboratory’s findings contribute to the safety of computational models, structural reliability assessment, code development, and the optimization of steel connections.
By integrating automated validation processes and AI-driven modeling techniques, the work supports both theoretical advancements and real-world applications while strengthening collaboration with international institutions and industry experts.

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Meet The Team

Martin_Vild

Ing. Martin Vild, Ph.D.

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FCE, IMTS – Assistant professor

Brno University of Technology

Czech republic

Martin Vild is an expert in steel structures and finite element analysis, teaching at the Brno University of Technology.His research focuses on steel connections and advanced analytical methods.

With a background in engineering and a Ph.D. in structural analysis, he explores innovative joint design approaches. Beyond academia, he is dedicated to advancing structural engineering methods while mentoring students and collaborating on research.

Mykola Lastovetskyi

Mykola Lastovetskyi

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FCE, IMTS – Researcher, BUT Brno

Brno University of Technology
Czech republic

Mykola Lastovetskyi is a researcher at the Institute of Metal and Timber Structures, Faculty of Civil Engineering, Brno University of Technology.

His work focuses on structural analysis and innovative approaches in steel and timber engineering. With a strong academic background, he contributes to research and education, helping to develop advanced design methods. Based in the Czech Republic, he collaborates on international projects.

Academic Partnerships

Logo of ETH Zürich
Logo of the University of Tennessee Knoxville
Logo of Brno University of Technology (BUT)
Logo of The Ohio State University
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PUBLICATIONS

Verification book for CBFEM according to the AISC code

Validation and verification

In structural engineering, every design approach must be validated through experiments and verified with analytical models. Since 2014, the Component-Based Finite Element Method (CBFEM) has undergone extensive testing, resulting in numerous verification studies.

Collaborating with universities across the U.S. and Europe, we have ensured CBFEM calculations meet AISC 360 provisions with proven accuracy and reliability.

Steel Connection Design by Inelastic Analysis – front cover of a technical book on advanced steel joint modeling.

Join the NSD Lab Team

Are you passionate about advancing the field of structural engineering? NSD Lab is seeking engineers, researchers, and students to contribute to projects in numerical modeling, validation studies, and structural optimization. As a member of our team, you’ll work with leading experts, apply advanced software tools, and engage in research that drives the future of structural design.

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©2025 CBFEM team

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