The research aims to develop bit/rock interaction models for Impregnated Diamond (ID) bits. An experimental approach is used to study the dominant cutting and wear processes governing the bit/rock interface. The developed models are used to investigate the effects of the bit and rock properties as well as operating conditions on the drilling response. Furthermore, a field case study is performed, at which the drilling data is analysed using the framework of the model
A method is developed for predicting cutter forces, temperatures, and wear on PDC bits as well as in...
Impregnated diamond (ID) drilling is a successful and widely used technique for drilling abra-sive a...
This paper describes an investigation of active bit vibration on the penetration mechanisms and bit-...
The use of impregnated diamond (ID) bits has dramatically increased in hard and abrasive drilling en...
© 2018 Elsevier B.V. The drilling response of impregnated diamond (ID) bits is controlled by process...
Drill bits having cutting edges formed of a matrix of sintered metal powder impregnated with diamond...
Impregnated diamond bit has emerged as one of the most commonly used types in the extraction of unde...
A fully instrumented laboratory drilling rig was designed and used to drill a variety of rock types ...
Impregnated diamond (ID) bits are rotary drag bits, which are specifically dedicated to drill hard a...
Diamond, including its synthesis, is a unique material not just because of its rarity and decorative...
The rock cutting industry has experienced important changes with the introduction of diamond-based d...
YesThe estimation of Polycrystalline Diamond Compact (PDC) cutters wear has been an area of concern ...
This research investigates the effect of rock strength on force responses associated with impregnate...
The thesis work was made in cooperation with the I-EDDA project who evaluates the drill equipment us...
Under geological extreme conditions, polycrystalline diamond compact bits (PDC) are a relevant choic...
A method is developed for predicting cutter forces, temperatures, and wear on PDC bits as well as in...
Impregnated diamond (ID) drilling is a successful and widely used technique for drilling abra-sive a...
This paper describes an investigation of active bit vibration on the penetration mechanisms and bit-...
The use of impregnated diamond (ID) bits has dramatically increased in hard and abrasive drilling en...
© 2018 Elsevier B.V. The drilling response of impregnated diamond (ID) bits is controlled by process...
Drill bits having cutting edges formed of a matrix of sintered metal powder impregnated with diamond...
Impregnated diamond bit has emerged as one of the most commonly used types in the extraction of unde...
A fully instrumented laboratory drilling rig was designed and used to drill a variety of rock types ...
Impregnated diamond (ID) bits are rotary drag bits, which are specifically dedicated to drill hard a...
Diamond, including its synthesis, is a unique material not just because of its rarity and decorative...
The rock cutting industry has experienced important changes with the introduction of diamond-based d...
YesThe estimation of Polycrystalline Diamond Compact (PDC) cutters wear has been an area of concern ...
This research investigates the effect of rock strength on force responses associated with impregnate...
The thesis work was made in cooperation with the I-EDDA project who evaluates the drill equipment us...
Under geological extreme conditions, polycrystalline diamond compact bits (PDC) are a relevant choic...
A method is developed for predicting cutter forces, temperatures, and wear on PDC bits as well as in...
Impregnated diamond (ID) drilling is a successful and widely used technique for drilling abra-sive a...
This paper describes an investigation of active bit vibration on the penetration mechanisms and bit-...