bending radius

The bending radius reduces with increasing length of the mainstream line, and then tends to be relatively stable.

The bending radius of a cable should not be less than 10 times of the cable diameter.

With the increase of the bending radius, springback increase. With the increase of the thickness, springback decrease.

For the same amount of bending angle, the springback increase linearly with the increase of bending radius.

The maximum wear values decrease with the increase of ratios of bending radius to diameter for the elbow with the same diameter.

The bending radius of cable should not less than 15 times of the cable diameter.

Feature: Anti-bending of hose body, small bending radius, good stiffness, with or without metal fittings available.

It reveals that there are remarkable differences of wear position and wear value with different ratios of bending radius to diameter.

Cable smallest bending radius is small side the length of cable 10 times.

The bending radius should not less than 15 times of cable diameter.

The adjusting of bending radius was implemented by replacing the adjusting axis of bending radius.

Bending radius of cable is small which can be laid irregularly.

The allowable bending radius is not less 6 times( unscreened ) or 8 times(screened) of outside diameter of the cables.

Allowed bending radius not smaller than 6 times of its outer diameter, laying temperature not lower than 0.

The bending radius of a cable.

The minimal bending radius is 6 times the thickness of electric heating cable.

Elbows with the ratio of bending radius to diameter from 4 to 6 are recommended for economic reason.

Springback is considered in the design of the bending die , since there is a big bending radius .

S the wind generator of cable for minimal bending radius should be no less than 5 times of cable diameter;

forming quality is better in case of bigger bending radius and smaller bending angle ;

Discussion About Calculation Methods of the Minimum Relative Bending Radius for Plate Bending

Testing of fibre optic elements; determination of the minimum bending radius of optical fibres

Influence of wall thickness deformation upon the minimum bending radius of bending tube

Permissible bending radius: not less than 6 times of overall diameter for unarmored cable ;

Pipes for rail vehicles - Summary, selection, application, bending radius

bending; bending radius; mechanical analytic;

Plastic deformation theory application in pipe bending with small bending radius

FEM modeling and experimental of NC bending process of thin-wall tube with large diameter and small bending radius

Has special design to maintain proper bending radius of the cable;

Rail vehicles; bending radius for tubes; design principles

The Relationship betweenBending Loss of Single Optical Fiber and Wave Length and Bending Radius