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In 2013, Trimetari Consulting LLC in collaboration with The Institute of Mining of the Russian Academy of Science performed surveying of one of the copper ore quarries of UMMC in order to develop a methodology for monitoring geomechanical processes in the open-pit sides. The quarry is located in the Middle Urals, Russia.
The reconnaissance of the career 1000 m long, 600 m wide and 150 m deep was made in order to identify the best locations for the 3D laser scanner stations, as well as their quantity, necessary to bring together all the results of laser scanning into a single coordinate system and obtain a single 3D-model of the open excavation. (read more…)
Development of a Virtual 3D Model of Denisova Cave in the Altai Mountains for Virtual Environments and Web
Denisova Cave in the Altai Mountains (Siberia, Russia) is a world famous Paleolithic site (51° 23′ 51.29″ N, 84° 40′ 34.34″ E). Regular archaeological excavations are being performed here since 1982, more than 20 cultural layers were revealed, and more than 80000 finds were collected. In 2008, a new branch in human evolution was discovered based on finds in the Denisova Cave . So it is an actual task to digitally preserve this unique object using up-to-date methods of 3D documentation: i.e. to create virtual (digital) 3D model of the cave and most important finds, and visualize results of archaeological research based on this model. (read more…)
On request of a private investor in April 2011, Trimetari Consulting LLC performed a laser scanning of a sand pit in the Tver Region, Russia. The purpose of the work is a calculation of the volume of sand, available for open cast mining and, as a consequence, the estimation of the profitability of the sand pit. (read more…)
In February and March 2012 Trimetari Consulting performed engineering survey by 3D laser scanning of the rocky slope that is placed above the intake channel and the appurtenance of Irganaiskaya hydroelectric power plant, Dagestan region, Russia. Due to needs of the customer, RusHydro corporation, the work was carried out to obtain topographic maps of scale 1:500 and a three-dimensional terrain model. The 3D-model should be suitable for further detailed engineering geological zoning of the slope, as well as to ensure the design work of rockfall protection. (read more…)