ГОСТ ISO 230-1-2018. Межгосударственный стандарт. Нормы и правила испытаний станков. Часть 1. Геометрическая точность станков, работающих на холостом ходу или в квазистатических условиях

angular deviation

3.4.17

angular error motions of a linear axis

3.4.16

angular error of a linear axis

3.4.18

angular positioning deviation

3.5.12

angular positioning error

3.5.13

angular positioning error motion

3.5.11

axial error motion

3.5.5

axis average line

3.5.3

axis of rotation

3.5.2

axis of rotation error motion

3.5.4

axis shift

3.5.8

bidirectional repeatability of angular indexing

3.5.15

circular error

3.8.2

coaxiality error of axis average lines

3.7.2

coaxiality error of a functional cylinder to a datum straight line

3.9.9

eccentricity of a driven axis

3.5.9

error motions of a linear axis

3.4.3

end-point reference straight line

3.4.15

error of intersection between axis average lines

3.7.4

equidistance error of axis average lines

3.7.3

flatness

3.8.5

flatness deviation

3.8.7

flatness error of a functional surface

3.9.8

flatness error of a surface defined by two linear motions

3.8.11

functional point

3.4.2

hysteresis

3.3.4

least squares circle

3.8.4

least squares reference straight line

3.4.14

least squares zone reference plane

3.8.10

linear error motions of a linear axis

3.4.4

linear positioning deviation

3.4.6

linear positioning error

3.4.7

linear positioning error motion

3.4.5

machine hysteresis

3.3.6

mean minimum zone circle

3.8.3

mean minimum zone reference plane

3.8.9

mean minimum zone reference straight line

3.4.13

offset between two axis average lines

3.7.1

parallelism error between an axis of linear motion and an axis of rotation

3.6.4

parallelism error between an axis of linear motion and a surface

3.6.5

parallelism error between an axis of rotation and a surface

3.6.6

parallelism error between a functional line and a plane

3.9.3

parallelism error between two axes of linear motion

3.6.2

parallelism error between two axes of rotation

3.6.3

parallelism error between two functional planes

3.9.4

perpendicularity error between two functional lines

3.9.5

perpendicularity error between two functional planes

3.9.6

play

3.3.3

radial error motion

3.5.6

radial throw of a rotary axis at a given point

3.5.10

reference plane

3.8.8

reference straight line

3.4.12

run-out of a functional surface at a given section

3.9.7

setup hysteresis

3.3.5

squareness error between an axis of linear motion and an axis average line

3.6.8

squareness error between two axis average lines

3.6.9

squareness error between two axes of linear motion

3.6.7

static compliance

3.3.2

straightness

3.4.11

straightness deviation

3.4.9

straightness error motion

3.4.8

straightness error of a functional line in a plane

3.9.2

straightness error of a linear axis

3.4.10

structural loop

3.3.1

surface generated by two linear motions

3.8.6

synchronous motion

3.8.1

unidirectional repeatability of angular indexing

3.5.14

volumetric accuracy

3.8.12

volumetric performance

3.8.13