Comprehensive statical analysis for a prestressed concrete bridge, including refurbishment with new cross-sections and reinforcements.
This project involved detailed FEM simulations to assess the structural integrity and performance under various load conditions. The refurbishment included upgrading the bridge's cross-section and adding new reinforcements to enhance durability and safety.
Design and analysis of a retaining wall to support rail infrastructure.
Utilizing advanced structural analysis tools, this project focused on ensuring the stability and reliability of the retaining wall under different environmental and load conditions.
Design and analysis of an oblique-angled concrete frame structure for a rail bridge.
This project required precise calculations and simulations to accommodate the unique geometric and load-bearing challenges presented by the oblique angle of the bridge structure.
Refurbishment of a rail bridge, including the addition of new access elements and a redesigned cross-section.
The project aimed to improve the accessibility and structural integrity of the bridge by integrating modern design elements and materials.
Design and construction of a steel passant bridge over DB railway tracks.
This project involved the creation of a robust steel structure to ensure safe pedestrian passage over active railway lines.
Structural design and analysis for an industrial building using prestressed concrete.
The project included detailed planning and execution of structural elements to meet the specific needs of industrial operations.
Design and construction supervision of a prefabricated concrete office building.
The project utilized prefabricated concrete components to expedite construction while ensuring structural stability and efficiency.
Detailed statical analysis and refurbishment of a prestressed concrete rail bridge.
The project focused on enhancing the bridge's structural capacity and extending its service life through meticulous analysis and reinforcement.
Engineering design and analysis of a retaining wall for rail infrastructure.
This project emphasized ensuring the structural reliability and durability of the retaining wall under various load scenarios.
Extension of the rail bridge's track and structure cross-section.
The project involved expanding the existing bridge structure to accommodate additional tracks, enhancing overall capacity and functionality.
Design and analysis of a concrete frame structure with a special anchor foundation for a rail bridge.
This project required innovative engineering solutions to integrate the special anchor foundation, ensuring stability and performance.
Design and construction of a composite steel-concrete rail bridge with a span length of 3x33 meters.
The project combined steel and concrete to create a durable and efficient bridge structure capable of supporting heavy rail traffic.
Structural design and analysis of two concrete frames for a rail bridge.
Detailed planning and execution of the concrete frames' structure to meet stringent safety and performance standards.
Design and analysis of an oblique-angled concrete frame structure for a rail bridge.
The project addressed the unique engineering challenges associated with the oblique angle, ensuring structural integrity and longevity.
Structural planning, static analysis, and execution plans for a multifamily house in Munich-Trudering.
This project involved the comprehensive structural planning and static analysis of an 8-unit residential building. The focus was on creating a robust and efficient design that meets all safety and building regulations.
Structural planning and analysis for a data center with an integrated office building in Borsigallee, Frankfurt.
The project required a complex steel-reinforced concrete structure to support the high demands of a data center while integrating office space efficiently. The design ensured both durability and operational efficiency.
Structural planning and prefabricated concrete design for a 14-unit residential building in Klausenburg.
This project featured a prefabricated concrete frame structure to expedite construction while maintaining high structural integrity. It also included detailed planning to ensure compliance with local building codes and standards.
Structural planning and analysis for the extension of a production hall with an attached office building in Stuttgart.
The project involved designing a massive steel-reinforced concrete structure to accommodate the expansion needs of a production facility, ensuring seamless integration with existing structures and enhancing operational capacity.
Structural planning for an office building and an experimental facility, including a bunker for explosive testing.
The project required meticulous structural planning to accommodate both office and experimental functions, with specific safety measures for explosive testing.
Structural planning and static analysis for a large-scale residential project in Budapest.
This project involved the structural design and analysis of a massive residential complex, focusing on creating a safe and efficient living environment for residents while meeting all regulatory requirements.
Welcome to the online portfolio of Attila Lörincz, a dedicated and experienced
freelance civil engineer specializing in structural analysis, design, and static analysis.
With
over three decades of expertise in the field, Attila has been instrumental in planning and designing
numerous infrastructure projects, including railway bridges, tunnels, industrial buildings and residential
complexes across Germany and other countries.
In the past two years, Attila led diverse structural engineering projects, from rail bridge refurbishments to industrial building designs. Working with top clients like DB German Rail and Hays AG, he applied advanced techniques to deliver high-quality, safe, and innovative solutions.
Attila Lőrincz offers a comprehensive suite of civil engineering services tailored
to meet the diverse needs of his clients. With a focus on precision, innovation, and sustainability, he delivers
exceptional results across various structural projects.
His core services include Structural Analysis,
Structural Design, and Static Analysis Documents and Planning. Each service is designed to ensure the highest
standards of quality and efficiency, making your project not only structurally sound but also optimized for
long-term performance.