Plain bearings. Hydrodynamic plain journal bearings under steady-state conditions - Functions for calculation of multilobed journal bearings

Plain bearings. Hydrodynamic plain journal bearings under steady-state conditions - Functions for calculation of multilobed journal bearings

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What is ISO 316572 about?  

ISO 316572 is the second part of a series of documents on multi-lobed bearings. ISO 316572 specifies the characteristic values for selected two-, three- and four-lobe bearings. 

The functions plotted and listed in the table form below are required for the operationally safe design of hydrodynamic multi-lobed journal bearings according to ISO/TS 31657-1. They are based on the presumptions and boundary conditions indicated there and only apply to stationary operating states. 

The symbols used are explained in ISO/TS 31657-1; calculation examples are also included there. 

Who is ISO 316572 for?  

ISO 316572 on multilobed journal bearings is relevant to: 

  • Manufacturer of multi-lobed journal bearings 
  • Suppliers and customers of multi-lobed journal bearings  
  • Mechanical engineer 
  • Mechanical drafters 

Why should you use ISO 316572?  

Multilobe bearings are designed to transfer high axial loads from rotating shafts with minimum power loss. 

ISO 316572 provide information on functions for calculation of two-lobe bearings, three-lobe bearings, four-lobe bearings, characteristic curves for four-lobe bearings 

As a buyer of ISO 316572, you can be ensured of all the functions used in the calculation procedure required to design and operate multilobe bearings. ISO 316572 helps you in manufacturing high-quality multilobe bearings. With the necessary guidance and compliance to ISO 316572, the user can improve the quality and operation of multilobe bearings.