Examples of 'radial loads' in a sentence
Meaning of "radial loads"
radial loads - refers to the forces acting on an object or structure from various directions or points. In engineering or physics, it commonly represents the loads or forces that are perpendicular to a given axis or direction. Radial loads are essential to consider in the design and analysis of mechanical systems, especially those involving rotating or oscillating components
How to use "radial loads" in a sentence
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radial loads
It has a good capability of balancing radial loads.
They impose solely radial loads on the bearings.
Attractive alternative for high radial loads.
They impose only radial loads on the bearings.
Are preferably used to support radial loads.
These radial loads may also be defined as lateral loads.
They have higher radial loads.
Thus are avoided radial loads caused by the activities of the guide surfaces.
This results in high radial loads.
Suitable for high radial loads and axial loads in both directions.
This type of bearing can only withstand radial loads.
For high radial loads.
This type of bearing can accommodate both axial loads and radial loads.
Designed to withstand axial and radial loads as well as torsional movements.
A hydraulic compensation system enables moreover to balance the longitudinal and radial loads.
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It is mainly subjected to radial loads and can withstand small axial loads.
Such particular means is well equipped to handle especially heavy inward radial loads.
Suitable for low to medium radial loads and low thrust loads.
It is a fixed bearing of a ball race that supports medium and axial radial loads.
Can withstand large radial loads while also withstanding a certain axial load.
A roller screw mechanism is in general more sensitive with respect to radial loads and misalignment.
A special type for mainly radial loads can be set up with just two race rings.
Between the motor and a upported pulley for high powers and heavy radial loads.
Hence, the radial loads are all substantially transferred to the tapered roller bearings.
Bearings and rollers can accommodate high radial loads and reach high speeds.
Even extreme speeds or critical stresses can present extra challenges when managing high radial loads.
Increased radial loads - Stresses on shaft and bearings.
This contact pressure increase depends on the axial and radial loads acting on the bearing.
All radial loads are borne by the tapered rollers 20 and transmitted to the housing 30.
A large number of rolling elements means that these bearings can withstand very high radial loads.
They are self-aligning, can support radial loads and axial loads, and have a large load capacity.
The applicability of CARB bearing covers a wide range with regard to radial loads.
Fig . 8 is a diagram of boss proportions to contain radial loads induced by self-tapping ;.
Further, the output shaft can be subjected to high radial loads.
Thus, it can not be used to transfer shear stresses or radial loads reliably.
When the engine is running, the platform retaining zones are subjected to high radial loads.
They can not handle thrust loads, but are capable of withstanding heavy radial loads.
The device in this configuration is self-locking and allows transmission of purely radial loads.
The balls 26 will bear substantially no radial loads.
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