Pfahlprüfung und Strukturüberwachung – DMT Ingenieure GmbH

Fortschrittliche Bauwerks- und Geotechnik-Überwachung

Wir sind spezialisiert auf fortschrittliche Überwachungstechniken für Bauwerke und Geotechnik, die zuverlässige Daten zur Bewertung der Stabilität von Bauwerken liefern. Durch den Einsatz modernster Messtechniken helfen wir, das Risiko von Schäden zu minimieren und die langfristige Beständigkeit von Investitionen zu sichern.

Unsere Lösungen kommen in Hochbau, Infrastruktur, Energiewirtschaft und Schienenverkehr zum Einsatz und bieten umfassende Analysen für Ingenieure und Investoren.

Dienstleistungen

DMT bietet umfassende Messdienstleistungen im Bereich Geotechnik und Bauwerksüberwachung an. Dank modernster Technologien und fortschrittlicher Untersuchungsmethoden liefern wir präzise Ergebnisse, die zur Optimierung von Bauprojekten beitragen.

Geotechnische Untersuchungen:

Diese Untersuchungen dienen der Bestätigung der Planungsannahmen und der Überprüfung der Qualität der ausgeführten Fundamentpfähle und Bodenanker.

Dynamische Belastungsprüfungen

This method is suitable for piles in various ground conditions, regardless of load transfer mechanism or material, covering both driven and bored piles.

Durchgangsprüfungen der Pfähle

Niskonaprężeniowe badanie ciągłości pali weryfikuje jakość pali betonowanych w gruncie poprzez analizę fali wywołanej uderzeniem młotkiem, co pozwala określić ich długość.

Structural Monitoring

Monitoring konstrukcji daje odpowiedź na pytania związane z użytkowaniem obiektu. Monitoring prowadzony może być ze względu na prace budowlane sąsiadujące z obiektem lub w trakcie użytkowania obiektu.

Überwachung von Erdrutschen

Inclinometer measurements, a key method for landslide monitoring, detect ground displacements early to manage terrain instability risks. They can be continuous (IPI system) or periodic, enabling proactive risk management and protective planning for infrastructure and the environment.

Lärmmessung und -überwachung

Noise monitoring is used to measure, analyze, and assess sound levels in the environment.

Messung und Überwachung von Vibrationen

Vibration measurements are conducted to assess vibration impacts and compare them with relevant threshold values. The results are documented in a report for quality assurance and site optimization, with preliminary findings available immediately and a final report provided upon completion.

Überwachung der Konstruktion

Monitorowanie stanu technicznego konstrukcji (SHM) to ciągła lub okresowa ocena obiektu za pomocą czujników, umożliwiająca wczesne wykrycie uszkodzeń, optymalizację konserwacji i zwiększenie bezpieczeństwa oraz trwałości konstrukcji.

Messung der Rissbreite

Buildings experience loads during use, leading to cracks that vary in form and severity depending on external conditions, structure type, age, and usage. Common causes include uneven settlement, nearby construction work, or improper renovation.

Inklinometrische Messung

Inclinometric measurements monitor ground movements and deformations, enabling early detection of stability threats and allowing for preventive actions during construction.

Fotografische Dokumentation der benachbarten Bebauung – Gebäude und Straßen

Przed rozpoczęciem prac budowlanych powodujących wibracje wymagane jest sprawdzenie budynków pod kątem istniejących rys i uszkodzeń, aby ocenić ich stan przed rozpoczęciem robót.

Bodenverankerungsprüfungen

Badania kotew gruntowych oceniają jakość i nośność kotew w konstrukcji, obejmując testy wstępne, przydatności oraz odbiorowe, przeprowadzane na 100% kotew w obiekcie.

Industries

With our expertise in structural and geotechnical monitoring, we provide precise data and advanced analysis for multiple industries. Our technologies help ensure the safety and longevity of structures, enabling proactive risk management and optimization of construction processes.

Building Construction

Building Structures

Geotechnical testing and structural monitoring ensure building safety and minimize the risk of settlement or damage. Forecasting and precise measurements allow for project optimization and cost reduction in future maintenance.

Geotechnics

Computational forecasts, pile load tests, and settlement analysis enable better adaptation of foundations to soil conditions. Our solutions support risk management and enhance the durability of building structures.

Energy Sector

Energy sector

Structural monitoring and foundation testing are crucial for energy facilities such as power plants and wind farms. Our technologies help control the impact of vibrations on critical infrastructure and verify the quality of geotechnical work.

Infrastructure

Pile load testing is carried out at an early stage of bridge construction. Continuous monitoring and structural analysis help detect damages in bridges, viaducts, and roads early, increasing user safety and optimizing maintenance costs.

Railway

Vibration measurements and track monitoring assess the impact of loads on the stability of embankments and railway bridges. Our studies help minimize failure risks and enhance the durability and safety of railway infrastructure.

Tunnels

Deformation and displacement monitoring provide real-time safety assessments of tunnels during construction and operation. Our research helps mitigate risks related to settlement, leakage, and other structural damages.

Include us - from foundation to operation

Planning

At the planning stage, we help select the most appropriate testing and monitoring methods, analyze soil conditions, and assess potential geotechnical risks. Early identification of hazards allows for proactive adjustments, optimizing safety and cost-efficiency in later phases.

Execution

During construction, we provide data for continuous quality control of foundations, pile testing, and real-time monitoring of structural loads and deformations. Early detection of irregularities ensures timely interventions, reducing the risk of failures and improving the overall safety of the project.

Operational Phase

Continuous monitoring of displacements, deformations, and stresses enables early detection of structural risks. With real-time access to reliable data, engineers and asset managers can make informed decisions about maintenance, upgrades, and long-term infrastructure durability.

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Structural Monitoring in One Place

Our experience with various types of measurement devices and systems has given us extensive knowledge of the functionality of an ideal monitoring platform. The result of this expertise is our measurement platform – a powerful tool to support risk management in your projects: R! SKmap.

Case studies

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Knowledge hub

Here you will find key technical materials, including manuals, expert articles, and documentation. We provide reliable information to support engineers and investors in making informed decisions. Use our knowledge to enhance planning, execution, and operation of structures.