OVERCOME THE UNCERTAINTIES
MAXIMIZE PROFIT
Problem
GEOTECHNICAL UNCERTAINTIES
In every construction project, ground behaviour has a major impact on the final structural design. For this reason, soil characterisation is crucial. Traditionally, soil parameters are characterized by laboratory and in-situ testing. However, a high degree of uncertainty is associated with those tests. Currently, the industry tackles the problem by applying safety factors in structural engineering design.
This procedure minimizes risk but the geotechnical uncertainties (that can cause delays, malfunctions and failures) remain unchanged and the overall cost of the project increases due to over-dimensioning. geotechnical, software engineer, geotechnical engineering software, construction AI, civil engineering software
Solution
CONNECTING & ANALYZING DATA
DAARWIN overcomes the limitations of laboratory and in-situ testing by using historical data and real time backanalysis, a methodology that compares monitoring data (such as topography, inclinometers, sliding micrometers, piezometers etc.) to a digital twin (numerical models) to provide a more accurate representation of the real soil behavior, which helps in:
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10-20%
Less material consumption
98%
faster data analysis
10-20%
Less material in complex
environments
Advantages
(1) Currently the construction industry is responsible for more than 10%
of the global CO2 emissions and this must change.
REDUCES OVER-DIMENSIONING
to minimize construction material consumption and CO2 emissions (1)
DIGITALISES
the entire lifecycle of your project to make data-driven decisions easier and faster (2)
(2) Efficiency and productivity in construction have grown an average of 1% a year over the past two decades, compared with the growth of 2.8% for the total economy.
DETECTS INSTABILITIES IN ADVANCE
and proves construction is performing according to the design
How it works
DAARWIN IS AN ONLINE TOOL
No installation required
1
DIGITIZE YOUR PDFs
Convert your borehole data into digital format and visualize your existing boreholes report, geotechnical data, in situ tests and laboratory tests within a specific area to start your project with more reliable ground information.
geotechnical, software engineer, geotechnical engineering software, construction AI, civil engineering software
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2
CREATE YOUR PROJECT
Upload your project information into the platform. Numerical models, construction progress, monitoring data, images and historical information can be uploaded.
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3
DETERMINE THE OPTIMAL DESIGN
Analyze multiple design options together with different ground parameter scenarios (from pessimistic, most probable to optimistic) to determine the optimal design option and the most influential geotechnical parameters.
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4
MODELS VS. MONITORING
Compare your design with the monitoring data
to prove that the construction is performing
according to design.
geotechnical, software engineer, geotechnical engineering software, construction AI, civil engineering software
5
OPTIMIZE
YOUR MODELS
Calibrate your numerical models to predict the real ground behaviour to minimize construction material (less CO2 emissions), delays and accidents in your projects.
civil engineering and geotechnical and software engineer and geotechnical engineering and geotechnical engineering software and Daarwin
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