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SLOPE STABILITY ANALYSIS AND INSPECTION
OVERVIEW
Slope stability analysis ensures the safe design of constructed or natural slopes to assess the risk of failure by sliding or collapsing. At PRI Engineering, our slope stability analysis and inspection services include a thorough evaluation of the soil conditions, geological factors, and environmental impacts on slope stability. We ensure that the slope meets industry standards and specifications, identifying potential issues before they become major problems. Our team is experienced in conducting slope stability analysis and inspection for a wide range of projects, from small residential properties to large commercial developments.
OUR PROCESS
To conduct an analysis and inspection of the slope stability, our project supervisor reviews the slope conditions, evaluates any toe erosions, and analyzes the groundwater and soil parameters.
We analyze the following types of slopes:
Excavated slopes
Natural slopes
Dams
Embankments
Hazard lands by waterways or wetlands
RELATED SLOPE STABILITY ANALYSIS SERVICES
ASPHALT INSPECTIONS
When conducting an asphalt inspection, our project supervisor reviews the condition of the paving onsite and identifies any non-conforming work, anticipating problems where possible, and recommending corrective action.
SUBGRADE CONSTRUCTION INSPECTION
PRI Engineering’s subgrade inspection ensures that the best practices for subgrade preparation are followed to help increase the structural capacity of the soil.
CONCRETE FOUNDATION TESTING
Our concrete foundation inspection services covers as much of the installation as needed. Starting with verification of raw materials, then the placement and tension of rebar, form, dimensions and placement of the concrete, and ending with the final inspection of the curing and finishing operations.
COMPACTION TESTING
Granular compaction testing is a crucial process in civil engineering and construction, ensuring the stability and durability of various structures built on granular soils. By subjecting granular materials to controlled compaction efforts, engineers can determine their optimal density and moisture content for a given application." for the description and then the rest for the learn more portion.
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