Rock mechanics cloud experiment system

Abstract

The invention provides a rock mechanics cloud experiment system. The rock mechanics cloud experiment system comprises a remote laboratory group, a double-Client / Server topology framework connected remote testing control center and a Client topology framework client group, which are connected in sequence. Aiming at the problems of repeated construction, low utilization rate, repeated experiments and the like in rock mechanics laboratory construction and utilization in China at present, the rock mechanics cloud experiment system is established through utilizing an Internet technology, and resource sharing and information communication of existing rock mechanics laboratories in China are realized through a cloud platform; people can remotely apply for rock mechanics experiments and the utilization of the rock mechanics laboratories can be effectively dispatched. With the adoption of the rock mechanics cloud experiment system, the repeated construction of the rock mechanics laboratories can be avoided and the utilization efficiency of the existing laboratories is improved; meanwhile, the resource sharing of existing experiment data of rock mechanics can be realized through a storage function of the cloud platform, and the repeated experiments are avoided, so that the experiment cost is saved.

Description

technical field [0001] The invention relates to the field of mechanical test systems, in particular to a rock mechanics cloud test system. Background technique [0002] It is of great significance for the exploration of rock mechanics and movement laws in the deep part of the earth, for understanding the formation of natural disasters such as earthquakes, and for the extraction of natural gas, shale gas, and oil. As an important support for large-scale geotechnical engineering design and safe construction, rock mechanics is highly practical and requires strong experimental methods as support. Indoor rock mechanics experiment is an important way to understand the mechanical properties of rock, and has the advantages of long-term observation, strict control of experimental environment conditions, elimination of secondary influencing factors, multiple reuse of materials and equipment, and relatively low cost of consumables. At present, some domestic universities and research i...

AI Technical Summary

Problems solved by technology

[0003] However, there are still many problems in the management and use of domestic rock mechanics experimental equipment: first, the purchase cost is expensive

Due to insufficient information sharing of rock mechanics experiment equipment across the country, most universities and scientific research institutes actively purchase rock mechanics experiment equipment for their own needs, and fight against each other, resulting in a serious phenomenon of repeated investment in laboratory construction by the state; three. high maintenance cost

Rock mechanics experimental equipment requires a large number of professionals to maintain and replace vulnerable parts regularly, resulting in high daily maintenance costs; Fourth, low utilization efficiency

Since experimental equipment is not shared across the country, there is often a mismatch between demand and supply. As a result, some laboratory tasks cannot be completed and some have no work to do. This makes the equipment idle for a long time, resulting in a serious waste of scientific research resources.

Images