OBSERVATIONAL METHOD
MADE EASY
A cloud-based platform that optimises construction projects by reducing geotechnical uncertainties.
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OVERCOME THE UNCERTAINTIES.
MAXIMISE 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 characterised by laboratory and in-situ testing. However, a high degree of uncertainty is associated to those tests. Currently, the industry tackles the problem by applying safety factors in structural engineering design. This procedure minimises risk but the geotechnical uncertainties (that can cause delays, malfunction and failure) remain unchanged and the overall cost of the project increases due to over-dimension.
solution
OBSERVATIONAL METHOD MADE EASY
DAARWIN overcomes the limitations of laboratory and in-situ testing by using 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:
MINIMISING
RISK
SAVING
TIME
DIAGNOSING
OVER-DIMENSION
and therefore you can:
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MAXIMISE PROFIT
With DAARWIN you can save up to 30% of your project cost, reducing costs from unforseen events and over-dimension.
implementation
DAARWIN has multiple advantages, learn the ones that can help with your construction project if you are:
how it works
DAARWIN IS AN ONLINE TOOL.
No installation required.
1
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CREATE YOUR PROJECT
You can create your construction project by adding and linking a numerical model, specifying the construction phases and defining the instruments and their location.
2
UPLOAD AND VISUALIZE
Upload data from instruments at your construction site and visualise data sets from manual and automatic data sources.
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3
RUN TO IMPROVE
Select the numerical model, soil parameters and datasets you want to analyse. Daarwin provides the optimal predictive model that matches the real data.
4
VALIDATE DESIGN HYPOTHESIS AND MAXIMISE YOUR PROJECT
Compare the optimal results to your design hypothesis in order to identify over-dimension or prevent possible hazards.
Improve your construction project now.