Structural Analysis and Dynamics

Welcome to the Institute of Structural Analysis and Dynamics

University of Kaiserslautern, Department of Civil Engineering

Paul-Ehrlich-St. | Bldg. 14, Room 553 | 67663 Kaiserslautern

The institute is focused on research and teaching in the field of Structural Analysis, Earthquake Engineering, Structural Dynamics (including Experimental Structural Dynamics), Probabilistic Analysis and Innovative and Smart Materials and Structures.

Our Vision

Excellent scientific education and research in the field of structural analysis and dynamics.


SMiRT 26 (10.-15. Juli 2022, Berlin/Potsdam)

The “Smirt 26” conference took a place from the 10th to 15th of July 2022 in Potsdam/Berlin at Kongress Hotel, which carried the topic of Structural Mechanics in Reactor Technology. The conference was open to the public and roughly 500 people were present. Throughout the event, participants shared different thoughts and opinions about their ongoing research as well as the future of nuclear reactor technology.

Dr. Jörg Aign, Managing Director of TÜV Nord, and Prof. Dr.-Ing. Hamid Sadegh Azar, Dean of the civil engineering department at the University of Kaiserslautern, were the key components behind the success of the conference under the current circumstances of the pandemic situation.

Furthermore, Mr. Lars Heibges, a research assistant at the University of Kaiserslautern, won the early career prize called “Heki Shibata” for the best paper at the conference under the name “Methods for Simulation of Hard Projectile Impact on Reinforced Concrete Structures”. In addition, Mr. Lukas Helm, a research assistant at the University of Kaiserslautern, handled two presentations under the titles, “Analytical and Numerical Investigation of Ring Spring Dampers in Seismic Design” and “Design of masonry walls for the out-of-plane behavior under earthquake load”.



The Department of Statics and Dynamics of Structures participated in the third international project meeting of the European research project METIS in Athens, Greece in June 2022. Besides the presentation of the latest research in the fields of seismic hazard, fragility and risk analysis, the current status of the case study was discussed. A hybrid case study is being conducted in which structures of the Ukrainian Zaporizhzhya nuclear power plant are being considered at a hybrid site in Tuscany, Italy. The event was followed by a two-day summer school with lectures and practical exercises on seismic fragility analysis.


More information (Link: Newsroom – METIS (

If you are interested, please do not hesitate to contact us.

Contact: konstantin.goldschmidt(at)





In 2019, the Institute of Structural Analysis and Dynamics at the Technical University of Kaiserslautern participated in the earthquake risk analysis of the Federal Office of Civil Protection and Disaster Assistance. In cooperation with local and regional administrations, aid organizations, companies, authorities, and experts, a possible earthquake in the greater Cologne area was investigated.

Since earthquakes are local phenomena, the city of Cologne with the nearby Erftsprung was taken as the starting point. At a distance of 25 km from the city center, an earthquake of moment magnitude 6.5 is assumed and the short-term, as well as long-term effects on the region, are investigated.

The Institute of Structural Analysis and Dynamics participated in the analysis as an expert on the effects on the building fabric and critical infrastructure.

The full document is publicly available and can be accessed online at Drucksache 19/23825 (

Structural Mechanics in Reactor Technology (SMiRT), 10 – 15 JULY 2022 in BERLIN/POTSDAM, Germany


Celebrating the 50th Anniversary of International Conferences on Structural Mechanics in Reactor Technology

The future of mankind depends on a progressive energy supply. Celebrating the 50th anniversary of our conference series, SMiRT 26 is set to mark the beginning of a new era and will bring leaders, managers and engineers from around the world together to drive innovation for safe, reliable and efficient nuclear energy in the face of the global energy transition and climate change. The conference will make a significant contribution to the safety and reliability of nuclear facilities all over the world. It will also help to build, advance and retain scientific-technical expertise and to support young engineers and researchers in the area of nuclear safety. The Institute of Structural Analysis and Dynamics of the Technical University of Kaiserslautern is significantly involved in the organization of this conference.

Submit your abstract until 26 September 2021.

Submit your abstract

Further information can be found here.


Earthquake-proof construction

On September 17, 2019, the first seminar "Earthquake-proof Construction for Architects and Engineers" will take place at the Technical University of Kaiserslautern in cooperation with the DGEB (Deutsche Gesellschaft für Erdbebeningenieurwesen und Baudynamik - German Society for Earthquake Engineering and Structural Dynamics). The seminar provides a comprehensive insight into the basics of an earthquake-compliant design and an earthquake-proof design, from seismology to standard-compliant practical implementation.

Contact person:
Konstantin Goldschmidt
Technical University of Kaiserslautern
Mail: konstantin.goldschmidt(at)
Tel.: +49 631 205-2932


Research project: Innovative methods for determining and reducing seismic risk in Rwanda (InnoRisk)

Innovative methods to identify and reduce seismic risk in Rwanda

The goal of InnoRisk is to reduce vulnerability to earthquakes in Rwanda by effective disaster prevention in order to sustainably increase the security of the civilian population.

This goal is supported by three main measures: The determination of the seismic risk in Rwanda using innovative methods (supported by the use of artificial neural networks/deep learning to evaluate satellite images), the development of innovative earthquake-proof construction measures and the development and introduction of seismic design guidelines.

By transferring relevant knowledge and experience from German earthquake safety research, know-how will be transferred to Rwanda and competencies will be developed at local authorities, scientific institutions and companies. As a result, Rwanda and Germany are assuming a pioneering role in the region with regard to innovative, earthquake-proof construction. The know-how created can also be applied in other regions that are confronted with similar challenges in terms of earthquake risks, associated with poor construction practices and materials.

The project is currently carrying out initial vulnerability analyses on buildings in Rwanda. This will include measurements, construction methods, materials used, and other parameters, as well as a quick assessment of earthquake hazards. The data will also be used for detailed vulnerability studies in the further course of the project.


48th Annual Meeting on Nuclear Technology (AMNT 2017)

16-17 May 2017 | Estrel convention Center Berlin, Germany

The AMNT is one of Europe's most recognized and best established nuclear technology conferences and a must-attend event for international experts and decision-makers working in industry, utilities, research and development, politics and administration. At the AMNT, a high-level forum for expertise and dialogue awaits you.

more information...


5th annual meeting of the German committee for steel concrete

We are happy to host the 5th annual meeting of the German committe for steel concrete (DAfStb) at our University. We aspire to make you participation in de meeting and your stay in Kaiserslautern as instructive and pleasant as possible.

You can find information about the meeting at as well as in the flyers below.

(all information is in German)




Participation in the Quake-Catcher Network

The Institute of Structural Analysis and Dynamics is now a member of the Quake-Catcher Network initiated by the Stanford University (USA). The network is a joint effort for developing the biggest interconnected system that measures earthquakes and vibrations. The Quake-Catcher Network strives to contribute to a better understanding of earthquakes. It is used for research, as a rapid warning system, support of existing emergency systems and disaster control and much more.

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