Slope and ground Movement
Monitoring and observing ground movement is crucial for pre-emptive measures in geotechnical construction projects. Early detection of excessive movement and potential instabilities allows for timely intervention, preventing catastrophic events such as landslides or slope failures.
By developing criteria for permissible movement and implementing a continuous monitoring program, we can assess risks, implement stabilization measures, and mitigate hazards early. Anticipating and understanding potential movement will guide the selection of instrumentation and installation methods to best monitor ground movement in critical zones. Our team of experts will support you in establishing applicable criteria, identifying critical movement zones, and selecting suitable monitoring instrumentation throughout all phases of your project.
Lateral Displacement control for deep excavation
During excavation activities, the existing ground stresses near the excavation zones will be affected. Adjacent structures, whether above or below ground, will be directly impacted by these changes. For deep excavations, the adverse effects on adjacent structures are magnified, increasing the safety risks to public and compromising the integrity of nearby structures. Lateral support systems are normally incorporated in the planned construction to provide the required support and limit lateral displacement.
Based on soil deposits and permissible loads around the excavated zone, our team will develop criteria for allowable lateral displacement. Additionally, monitoring lateral movement and the performance of geo-structural elements is essential to ensure compliance with design criteria. Selecting appropriate instrumentation is crucial for monitoring movement and stresses, ensuring the stability and safety of the excavation and its surroundings
Ground Settlement monitoring
Integrity and performance of either planned or existing structures is directly affected by vertical ground displacement or settlement, typically caused by changes in ground stresses or groundwater conditions. These changes impact various sectors, including land development, infrastructure, road performance, tunneling, and the energy and dam sectors.
Selecting suitable monitoring instrumentation depends on soil deposits, surrounding restrictions, sub-layer zones to be monitored, and depth of influence, all of which affect the long-term performance of your design project. Factors influencing changes in stresses and groundwater, which impact settlements, should also be considered during the design and instrumentation selection for the in-situ monitoring program. You can rely on our in-depth expertise to support your project with economical and sustainable solutions.
Monitoring of structural element behavior
Understanding and monitoring the behavior of critical structural elements is essential for ensuring structural integrity and safety. Time-related factors, changing external conditions, and modifications or changes in use can impact the performance and safety of structures. Analyzing how loads are transferred within a structure and to external supporting elements is crucial for understanding these mechanisms and addressing potential issues.
Our team will work closely with you to identify the causes and needs for assessment and monitoring criteria for your project. The selection and installation of suitable instrumentation are crucial for obtaining valuable measurements. Our expertise covers buildings, bridges, retaining walls, deep foundations, soil and rock anchors, railroad behavior, and reinforced earth structures. We support you through all project phases, including planning, construction, service life, and decommissioning.