flank wear

[′flaŋk ‚wer]

(engineering)

Loss of relief on the flank of a tool behind the cutting edge.

References in periodicals archive ?

The effect of the speed, feed and depth-of-cut increase on the tool flank wear is clearly shown on the Figs.

Flank wear modeling of a tungsten carbide tip using the GMDH method in turning operation/Volframo karbido ploksteles uzpakalinio pavirsiaus issidevejimo tekinant modeliavimas grupinio duomenu apdorojimo metodu

With experimental research has proved that the function of the instrument tool flank wear VB = f (t) according to the site held back by the curves shown in fig.

Mathematical models of flank wear curve during the turning of steel C60E4

Cemented carbide cutting inserts ordinarily fail due to flank wear.

Dry Steel turning pays off with lower part costs, longer tool life. (Cutting Tools)

After the flank wear pattern from the chisel edge to the lip of the drill wear was digitized, recorded and stored on a computer connected to the optical comparator (Fig.

Determining Inoculants' Effects on Gray Iron Machinability

An important parameter in this investigation is represented by the flank wear on the milling cutter.

Research consortium will watch the chips fly

11 shows that flank wear is fast for C3, C1 and C4, exceeding quickly the admissible wear of 0.

Dry high speed milling of cobalt-base hard facing superalloy/Karsciui atsparaus kobalto kietlydinio pavirsiaus sausasis frezavimas dideliu greiciu

Under high temperature, high pressure, high sliding velocity and mechanical or thermal shock in cutting area, cutting tool (Huang & Liang, 2003) has normally complex wear appearance, which consists of some basic wear types such as crater wear, flank wear, thermal crack, brittle crack, fatigue crack, insert breakage, plastic deformation and build-up edge.

3D tool wear simulation for turning process

The main tool life criterion for the outer insert is flank wear, which should not exceed a width of approximately 0.

Maximizing indexable insert Drills' performance requires careful selection and application. (Cutting Tools)

In the GI portion of the study, 12 batches of plate castings were produced and evaluated by measuring drill flank wear as the means of determining machinability.

Study examines influences on machinability of iron castings

The company has also developed a cermet insert which is a multicomponent carbonitride based called NX530 Grade which is the toughest cermet with the best flank wear.

Diamond coatings sparkle

Flank wear of the lathe tool was measured at constant 10 min cutting intervals throughout the experiments.

Effectiveness of twisted nematic liquid crystals as water based cutting fluid additive and tap lubricant/Cholesteroliniu skystuju kristalu kaip tepimo ir ausinimo emulsijos priedo bei sriegiklio tepalo efektyvumas

Problem: excessive large flank wear on outer insert.

Indexable insert drills double feed rate over conventional indexable drills. (Holemaking/Drilling/Boring/Tapping)

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