EN 
DE 
Flood defence infrastructure plays a crucial role in protecting communities, especially in regions prone to rising water levels. The extension of the Schweinitz city dyke is an outstanding example of innovative engineering solutions aimed at strengthening flood resilience. This project focuses on the design and dimensioning of key hydraulic structures, including an integrated inlet with a pumping station and an outlet structure with a stilling basin. The challenges posed by complex geological conditions and non-linear material behaviour will be overcome using state-of-the-art technology and expertise to ensure a robust and sustainable flood protection system.
Project overview:
M&P Water - Member of the SIERA Alliance, a leading provider of engineering solutions in water management, plays a central role in the overall planning and design of the Schweinitz city dyke project. This ambitious project includes the creation of an integrated intake system with a pumping station and an outlet structure with a stilling basin. The challenge of uneven settlement due to difficult geological conditions and irregular structure geometry requires innovative approaches in both planning and material analysis.
The structural integrity of the urban dyke is crucial, as it not only has to withstand the pressure of rising water levels, but also the challenges posed by changing load conditions. The expertise of the M&P Water-The expertise of our hydraulic and structural design teams ensures that these challenges are tackled head on to deliver a reliable and durable solution.
Overcoming structural challenges with advanced engineering solutions:
One of the main difficulties in planning this project is the uneven settlement due to difficult ground conditions and the irregular geometry of the structure. To overcome this, the M&P Water advanced non-linear analysis techniques, including the constrained modulus method, to calculate the foundation loads and ensure the structural integrity of the embankment.
In addition, the project addresses uplift risks, which are critical for structures with directly accessible areas. The design team conducts a thorough analysis of the load vectors to ensure the dyke's resistance to these forces and that the structure can withstand pressure from fluctuating water levels.
Another critical aspect of this project is ensuring the allowable deformations in the ZII condition, which takes into account cracked concrete under compression. The team is using state-of-the-art methods to check these deformations and ensure that the dyke functions effectively under real conditions.
Use of BIM and advanced modelling for precise design:
The commitment of M&P Water for state-of-the-art technology can be seen in the use of Building Information Modelling (BIM). The project utilises a Closed BIM approach, where the digital building model is directly linked to the wireframe model. This integrated method ensures precision in the planning process and enables seamless coordination between the various teams, from engineers to contractors.
Thanks to the use of BIM, the team can M&P Water simulate various loading conditions, deformation scenarios and foundation loads to ensure that the dyke structure fulfils all safety standards and functions optimally throughout its entire life cycle.
M&P Water's expertise in flood protection solutions:
The expertise of M&P Water in hydraulic and structural engineering makes the company the ideal partner for complex water management projects. From the design of flood protection dykes to the implementation of pumping stations and outlet structures M&P Water has a wealth of experience and a track record of success with projects in the water management sector.
The company's solutions are based on advanced engineering principles and use cutting-edge technologies such as BIM and non-linear analyses to tackle even the most challenging projects. The commitment of M&P Water for sustainable engineering practices ensures that every project, including the extension of the Schweinitz urban dyke, is not only structurally sound but also environmentally responsible.
Conclusion:
The expansion of the Schweinitz city dyke is proof of the power of engineering innovation in the face of ecological challenges. By tackling complex geological and structural problems with advanced modelling techniques and expert analysis, the M&P Water - Member of the SIERA Alliance - help secure the future of this vital infrastructure. Their expertise in hydraulic and structural engineering and BIM ensures that projects like this continue to protect communities and protect them from the increasing dangers of flooding.
With M&P Water we are committed to delivering outstanding engineering solutions that improve flood resilience and contribute to a better, safer future. Find out more about how we can help you with your water management projects.
Want to learn more about our water management solutions? Contact M&P Wate today to find out how our engineering expertisecan support your next project. Together, we can create sustainable solutions that will protect communities for years to come.
Engineering for a Better Tomorrow