Bearing Capacity
Before the design and construction of a building, a geotechnical study is essential in the construction process. This study analyzes the mechanical, hydraulic, and thermal properties of the soils and rocks beneath the surface. It is therefore crucial to consult a qualified geotechnical engineer to carry out this study before beginning any construction. Investing in a solid foundation is the key to erecting a strong and durable building.
Bearing capacity, or load-bearing capacity, is the amount of weight a soil can support without excessive deformation or failure. A geotechnical study ensures that the soil is strong enough to support the structure safely, protecting the lives of occupants and passersby.
OUR METHOD
01
RELEVANCE
Durability
A properly assessed bearing capacity ensures the long-term durability of the structure, preventing premature cracking or collapse and reducing future repair and maintenance costs.
Regulatory Compliance
A geotechnical study ensures that your project complies with building codes and construction regulations, avoiding legal issues and construction delays. Ignoring bearing capacity standards can lead to regulatory non-compliance, legal penalties, and problems meeting local construction requirements.
Cost Savings
Accurate soil evaluation allows for the design of appropriately sized foundations, avoiding unnecessary expenses on oversized solutions. It also helps prevent additional costs from construction delays by identifying potential geotechnical issues before construction begins, avoiding costly redesigns or corrective work. This represents a long-term financial savings.
02
PROCESS
Data Collection
The geotechnical engineer begins by gathering information about the site, such as soil type, groundwater depth, geological conditions, and any other relevant data.
Laboratory and Field Testing
Tests are conducted to evaluate the mechanical properties of the soil, including its density, cohesion, internal friction angle, and load-bearing capacity. Field testing often includes drilling and measuring soil permeability.
Geotechnical Modeling
Based on the collected data, the geotechnical engineer creates a model that simulates how the soil will behave under the anticipated loads. This modeling allows for the prediction of the soil’s bearing capacity and potential deformation.
03
INTERPRETATION
OF RESULTS
The engineer provides recommendations for the design of the foundations, which are essential for the stability of the structure.
These recommendations include the type of foundation, its depth, and the maximum allowable bearing capacity.
