The structure of polycrystalline diamond compact (PDC) bits is a key factor in improving their
rock-breaking efficiency. To further study the rock-breaking mechanism of the wavy PDC …

Although experiments and simulations of new polycrystalline diamond compact (PDC) tooth
cutting have been conducted, the rock breakage and temperature variation of the worn PDC …

Predicting the PDC bit performance during drilling operation is important for the cost
effectiveness of the operation. The majority of PDC bits are assessed based on their …

As a new energy resource with great development potential, the exploitation of hot dry rock
geothermal resources is increasing around the world. However, the drilled formations, such …

The drill bit has significant importance as a tool for breaking rocks in many industries such
as mining, petroleum, and civil engineering. Its durability and effectiveness directly impact …

In the field application of oil and gas well drilling, it is found that the previous mechanical
specific energy (MSE) model cannot well monitor the data of rotary impact drilling, and there …

In this paper, various aspects of polycrystalline diamond compact (PDC) preparation are
examined in depth for the purpose of assessing its wear resistance, evaluation method, and …

The cutter is the main cutting element for breaking rock, and the interaction laws between
the cutter with different surface shapes (abbreviated as cutter shapes) and rocks are …

Predicting rate of penetration (ROP) has gained considerable interest in the drilling industry
because it is the most-effective way to improve the efficiency of drilling and reduce the …

To study the effect of drilling rig working parameters and rock type on the temperature of the
polycrystalline diamond composite (PDC) bit, an analytical temperature calculation model …