- Size：1DVD
- Language：english
- Platform：Win7/WIN10
- Freshtime：2022-05-12
- Search：Maptek Vulcan 2021.5 crack Maptek Vulcan 2021.5 tutorial Maptek Vulcan 2021.5 tr
Description
Maptek Vulcan 2021.5
Vulcan delivers an end-to-end solution for geological modelling, mine design, planning and scheduling, providing holistics benefits across the mining lifecycle.
Customers create value and work more effectively with their digital mining data by using Vulcan, which is populated with practical tools that help modern mining operations generate value from their technical information. These translate into increased productivity for specific applications - such as geological modelling, automated pit design and grade control processes - as well as improvement to the mining business in terms of cost efficiencies.
Ring design
Improved overall efficiency of Ring Design work. Users can now create ring profiles with direct links to the stope and drive triangulations and reference lines, removing the need to select polygons when utilising the existing tools.
Users can also adjust hole lengths on multiple rings while seeing a preview of the length and angle.
New compliance functionality
Users can now directly use their planned solids against the actual period start and end topography to know the total plan differences.
Build road
Improvements to the Build road tool allows users to dynamically know the cut and fill volumes necessary for the construction of a road. Additionally, slope problems can be identified and fixed on the fly.
Geostatistics
Graphs in Vulcan Data Analyser now refresh automatically when the input data is changed, ensuring they are always up to date with the latest information. In variography for block models, different graphs can be generated for each direction of our analysis.
Merge Surface Models
This new option allows users to vary the resolution of surface models (grids or triangulations) to reflect the input data and combine multiple models into a single multi-resolution surface.
Users employing Block Faulting can specify a polygonal extent to their faulting and the resultant surfaces will be a ‘merge’ between the Block Faulted surface and an unfaulted version of the same surface, removing artefacts in the process.