• About Us
  • Tribology Events
  • Study Tribology
  • Tribology Wikipedia
  • Calculators
  • Tribometer
  • Tribology Journals
  • Downloads
About Tribology

About Tribology

  • Home
  • General Topics
  • Advanced Materials
  • Computational Tribology
  • Atomistic Tribology
  • Bio Tribology
  • Downloads
HomeWiki TagsASTM D2270 standard

Wiki Tag: ASTM D2270 standard

Viscosity Index Calculation

Oil Viscosity Index and Viscosity Temperature Relation

19.09.2019 tribonet

Temperature – Viscosity Relation Viscosity is a measure of a lubricating oil’s resistant to flow. It is well-known from Hydrodynamic Lubrication Theory that viscosity plays a central role in the lubrication regime encountered in the […]

Featured Video

Recent Comments

  • MAcostaTribonet on Contact Pressure For Rough Surfaces: A Tutorial
  • MAcostaTribonet on Contact Pressure For Rough Surfaces: A Tutorial
  • tribonet on Contact Pressure For Rough Surfaces: A Tutorial
  • MAcostaTribonet on Contact Pressure For Rough Surfaces: A Tutorial

Popular Wikis

  • Hertzian contact equations for elliptical, spherical and cylindrical contacts
  • Hertzian contact theory
  • Wear
  • Fretting, fretting corrosion and fretting mechanisms
  • Pin on Disk Test
  • Fatigue Wear
  • Reynolds Equation: Derivation and Solution
  • Galling
  • Bio-Inspired Surface Replication
  • Nanotribology
  • Superlubricity
  • Elastohydrodynamic Lubrication (EHL): Theory and Definition
  • Friction
  • Coefficient of Friction
  • Oil Viscosity Index and Viscosity Temperature Relation
  • Adhesive Wear
  • Abrasive Wear
  • Corrosive Wear
  • Laws of Friction
  • Wear Particles
  • What is EHD film thickness?
  • Tribochemistry
  • Archard Wear Equation
  • Engine Bearing
  • Pressure-Viscosity Coefficient and Characteristics of Lubricants
  • Tribometers
  • Elastic Deformation
  • Greenwood and Williamson Contact Model
  • Hydrodynamic Lubrication (HL): Theory and Definition
  • Power Spectral Density of Rough Surfaces
  • Plastic Deformation at Microscale
  • Generalized Reynolds Equation: Derivation
  • Analytical Solution of Reynolds Equation: Grubin's Approximation
  • Grease
  • Tribology
  • Four Ball Tester
  • What Are Lubricants?
  • Coefficients of Kinetic and Static Friction
  • Boundary Lubrication
  • Friction Coefficient Tables in Air and Vacuum
  • Triboelectricity
  • Environmentally Acceptable Lubricants
  • Rolling Contact Fatigue
  • Triboluminescence

Search in Tribology Wikipedia


Newsletter Sing Up

Articles in Pictures

  • AFM_WearParticles
  • ice friction
  • Fatigue testing of cells
  • levitating nanoparticle
  • modeling simulation front FEM
  • Commensurability of the surfaces
  • Nanoscale friction liquid/solid
  • C:\Users\Melanie\AppData\Local\Microsoft\Windows\INetCache\IE\9KN5THTA\Fictional_Snowball_Earth_1_Neethis[1].jpg
  • Roughness generation

More to Read

  • Minimum Quantity Lubrication Reduces Total Costs of Operation

    16.11.2017
    SKF has employed Minimum Quantity Lubrication (MQL) for its own manufacturing processes and has also developed a comprehensive portfolio of MQL solutions through its LubriLean range. While SKF has recorded significant benefits from its introduction [...]
  • How to better predict the minimum film thickness of elastohydrodynamic contacts?

    11.01.2021
    Let’s say you have the choice between an almost infinite lifespan device, and a device that undergoes wear and failure within a few minutes or hours of running. In most cases, you would choose the [...]
  • Microelectromechanica systems

    Tracking a Sudden Fail of Microelectormechanical Systems

    15.05.2019
    What time does it take before the minute parts of microscopic equipment become unusable as a result of deterioration? What warning signals do you need to watch out for that will show that the components [...]
  • nanoscale surface textures.

    Nanoscale Surface Texture To Reduce Bouncing Droplet Contact Time

    24.08.2020
    Nature continues to shed light on the amazing and wide range of mechanisms employed in the world of plants and animals. Nanoscale (1 x 10 -7 or 3.937 x 10-8 inches) textured surfaces help insects [...]
  • Can we please get rid of the toxic copper in brake pads?

    21.12.2020
    Whatever humanity does today, it does it on a very large scale. And the consequences are large as well! In the automotive area, I was clearly aware of CO2 emissions and global warming issues. A [...]
  • Sign Up
  • About Us
  • Contacts
  • Contributing Writers
  • Advertising
  • Privacy Policy
  • Disclaimer
  • Writing Articles
  • Downloads

© 2016-2021 tribonet

Skip to toolbar
  • Log In
  •   Register