We have strived for many years to accommodate all of the various methods and requirements for volume calculations in one, easy to use and intuitive, digital terrain modelling package. We are rather proud of what we have achieved.
Whether the user is recording field data using string lines and dips or GPS and whether they simply need to work out the volume of a stockpile or prepare a detailed bill of quantities then there are tools in the software to make the processes easy and accurate
Sub-surfaces maybe applied to both the design and existing ground models. This allows for a comprehensive volume breakdown. Adding depths to the sub-surfaces gives the added benefit of, for example, being able to calculate the volume between underside of topsoil strip and formation level or earthworks outline, without having to adjust the model.
You can separate volumes into depths meaning surfacing regulating, different layer types and different depth bands of excavation can be taken from a measure.
Volume reports can be as simple or detailed as you like. From a quick stockpile volume, to a full bill of quantities breakdown using our incredibly powerful Volume Compiler - a feature which is unique to NRG.
The introduction of volume templates means that as the design is revised, the volume calculations can be carried out again but exactly the same logic applied.
Add a third 'zone' model into the mix and the results can be broken down even further, offering the ability to identify quantities by chainage / station ranges, or perhaps differentiating between areas of suitable and unsuitable material.
Creating sections can be an ideal way to illustrate how the models interact. They also provide a great way of checking the answers and help identify potential errors in the models.
Isopachytes (effectively contours governed by depth rather than level) show isolated areas of excavation and fill.
Isopachytes not only help verify the volume result but can also help plan the earthworks project.
Mass haul charts are automatically generated as the volume is calculated. These along with the rest of the report can be printed or exported to an Excel spreadsheet or ASCII CSV.
Boreholes can be incorporated into a model enabling the classification of excavated materials