AbstractAiming to the drilling characteristics of hard rock in deep borehole, a new kind of impregnated diamond bit was redesigned from structure, matrix formula, parameters of diamond and etc. in the paper. According to the design, the new long life impregnated diamond bit was developed, which could significantly improve drilling efficiency and reduce drilling construction cost in deep borehole. Compared with the conventional bit, the lifetime of the new diamond bit increased by over 1.5 times, and its drilling rate was improved by over 20%. With the new bit, the drilling efficiency in deep borehole hard rock could be improved immensely
The performance of the diamond bit directly affects the drilling efficiency of the seafloor drill. T...
The single-cone bit has become the first choice for slim hole sidetracking and deep well drilling wi...
The factors which influence the performance characteristics of diamond impregnated core bits and rol...
AbstractAn important way to improve overall drilling efficiency is to crease each bit's life and foo...
Cooperative research is currently underway among five drill bit companies and Sandia National Labora...
Drill bits having cutting edges formed of a matrix of sintered metal powder impregnated with diamond...
It follows from the analysis of materials related to the design and operation of drilling equipment ...
none3The paper analyzes the recent technological developments of bits utilized to drill hard and abr...
The parallel track scraping principle of conventional PDC bits largely limits the cutting efficiency...
The work is devoted to the calculation of the main technological parameters of a bit of a new patent...
The two phase program addresses long-term developments in deep well and hard rock drilling. TerraTek...
In most blasting, a uniform powder factor is required. It is the position of the loaded portions of ...
The use of impregnated diamond (ID) bits has dramatically increased in hard and abrasive drilling en...
A fully instrumented laboratory drilling rig was designed and used to drill a variety of rock types ...
When drilling in hard rock formations, the wear of the complex curved PDC bit is extremely uneven. T...
The performance of the diamond bit directly affects the drilling efficiency of the seafloor drill. T...
The single-cone bit has become the first choice for slim hole sidetracking and deep well drilling wi...
The factors which influence the performance characteristics of diamond impregnated core bits and rol...
AbstractAn important way to improve overall drilling efficiency is to crease each bit's life and foo...
Cooperative research is currently underway among five drill bit companies and Sandia National Labora...
Drill bits having cutting edges formed of a matrix of sintered metal powder impregnated with diamond...
It follows from the analysis of materials related to the design and operation of drilling equipment ...
none3The paper analyzes the recent technological developments of bits utilized to drill hard and abr...
The parallel track scraping principle of conventional PDC bits largely limits the cutting efficiency...
The work is devoted to the calculation of the main technological parameters of a bit of a new patent...
The two phase program addresses long-term developments in deep well and hard rock drilling. TerraTek...
In most blasting, a uniform powder factor is required. It is the position of the loaded portions of ...
The use of impregnated diamond (ID) bits has dramatically increased in hard and abrasive drilling en...
A fully instrumented laboratory drilling rig was designed and used to drill a variety of rock types ...
When drilling in hard rock formations, the wear of the complex curved PDC bit is extremely uneven. T...
The performance of the diamond bit directly affects the drilling efficiency of the seafloor drill. T...
The single-cone bit has become the first choice for slim hole sidetracking and deep well drilling wi...
The factors which influence the performance characteristics of diamond impregnated core bits and rol...