High temperature deformation mechanisms in cemented carbides and cermets studied by mechanical spectroscopy

Deformation mechanisms in a WC–Co based cemented carbide during creep

“…Dislocation movement, and even subgrain formation, has been observed in the WC grains after creep testing at temperatures in the range of 800 to 1000°C [6]. Finally, at around 1000°C, more extensive grain boundary sliding sets in [4,[7][8][9], associated with cobalt infiltration of grain boundaries and plastic deformation of the WC grains [5,10].…”

Microstructural changes during wear by plastic deformation of cemented carbide and cermet cutting inserts

“…Many studies on the deformation behavior of cemented carbides and cermets have been performed in different temperature ranges and with different deformation methods such as mechanical spectroscopy [3][4][5][6][7][8][9][10][11][12] and bending or compression testing. [13][14][15][16][17][18][19][20][21][22][23][24][25][26][27][28][29] In addition, some studies have focused on model materials or individual phases of the material.…”

Modeling of Heavy Armocement Deformation for the Conical Shape of the Heat Accumulator Body by the Methods of Computer Engineering

“…At an angle of inclination of the reinforcing bar, which differs from 450, the elementary plate (final element) of the concrete matrix must have a rectangular shape, or it is possible to use a rod model (with unit cell dimensions of 1 × 1 mm). In order to interface the reinforcement with concrete elements (rods) nodes within the cell must be inserted [12]. The characteristic features of the construction of rod models will be as follows [13][14][15][16].…”