Skip to main content

Advanced Search

Projected result for your current search: 0

Search Operators:

You can use operators in your search query to narrow down your results even more. Click on the search operator to see an explanation of how it works.
Finds documents with exactly this word group, in exactly this word order and spelling (e.g. "employer branding").
Finds documents with both search terms (e.g. sales AND bonus).
Finds documents with one or the other search term (e.g. porsche OR volkswagen).
Finds documents with all search terms. Blank space is understood as AND (e.g. man robot production).
Finds documents with no appearance of the word behind NOT (e.g. ford NOT "harrison ford").
Finds documents where the search term is mentioned at least "n" times."n" may be any number (e.g. COUNT(gear)>8).
Finds documents with both search terms in any word order, permitting "n" words as a maximum distance between them. Best choose between 15 and 30 (e.g. NEAR(recruit, professionals, 20)).
Finds documents with the search term in word versions or composites. The asterisk * marks whether you wish them BEFORE, BEHIND, or BEFORE and BEHIND the search term (e.g. lightweight*, *lightweight, *lightweight*).
Finds documents with the search term in different spellings. "?" allows only one character (e.g. organi?ation).
Special characters are understood as AND (e.g. Miller Bros. & Sons).

Semantic Search

powered by (Link opens in a new window)
loading …
Log in
Top
Meccanica

Multi-stage contact model between fractal rough surfaces based on ellipsoidal asperity deformation

  • 19-08-2025
  • Research
Published in:
Authors
Linqiang Zhou
Ji Qian
Published in
Meccanica | Issue 9/2025

Activate our intelligent search to find suitable subject content or patents.

search-config
loading …

Abstract

This article delves into the complexities of contact mechanics between fractal rough surfaces, introducing a groundbreaking multi-stage contact model that focuses on the deformation of ellipsoidal asperities. The study highlights the limitations of traditional models, such as the GW model and Persson's theory, which either oversimplify the contact area shape or fail to account for the actual deformation of asperities under varying loads. The proposed model addresses these issues by considering the actual deformation of ellipsoidal asperities and incorporating the distribution function of the eccentricity of these asperities, providing a more accurate representation of real-world contact mechanics. The article also explores the influence of fractal parameters and contact shape on contact characteristics, offering valuable insights into the behavior of rough surfaces under different conditions. Through a detailed comparison with existing models and experimental data, the study validates the superiority of the proposed model, demonstrating its high accuracy and nonlinear convergence trend consistent with experimental results. This comprehensive approach makes the article a crucial resource for professionals seeking to understand and predict the contact behavior of fractal surfaces more accurately.
AI Generated

This summary of the content was generated with the help of AI.

Already a customer? Then log in here to gain access.

Customer login

Not a customer yet? Then find out more about our access models now:

Individual Access

Start your personal individual access now. Get instant access to more than 164,000 books and 540 journals – including PDF downloads and new releases.

Starting from 54,00 € per month!    

Get access

Access for Businesses

Utilise Springer Professional in your company and provide your employees with sound specialist knowledge. Request information about corporate access now.

Find out how Springer Professional can uplift your work!

Contact us now

For explorers: Get to know our platforms better with a free registration.

Register for free
previous article Dynamic analysis of an elastic plate on a fissured poroelastic half-plane under a moving load
next article A modified novel implementation of asymptotic homogenization (NIAH) to model frame-like periodic materials
Title
Multi-stage contact model between fractal rough surfaces based on ellipsoidal asperity deformation
Authors
Linqiang Zhou
Ji Qian
Publication date
19-08-2025
Publisher
Springer Netherlands
Published in
Meccanica / Issue 9/2025
Print ISSN: 0025-6455
Electronic ISSN: 1572-9648
DOI
https://doi.org/10.1007/s11012-025-02038-7
This content is only visible if you are logged in and have the appropriate permissions.

Other articles of this Issue 9/2025

An effective reduction method with Caughey damping for spurious oscillations in dynamic problems

  • Open Access
  • Research

A systematic method for free and forced vibration analysis of axially loaded hybrid double-beam systems

  • Research

A modified novel implementation of asymptotic homogenization (NIAH) to model frame-like periodic materials

  • Research

Influences of bionic dual trailing-edge flaps on the aerodynamic performance of vertical axis wind turbine

  • Research

Gear tribological and contact fatigue prediction with rough topography and groove texture under elastohydrodynamic lubrication

  • Research

Probabilistic risk assessment for heavy duty vehicles rollover under crosswind environment

  • Research

Premium Partners

    Image Credits
    in-adhesives, MKVS, Ecoclean/© Ecoclean, Hellmich GmbH/© Hellmich GmbH, Krahn Ceramics/© Krahn Ceramics, Kisling AG/© Kisling AG, ECHTERHAGE HOLDING GMBH&CO.KG - VSE, Schenker Hydraulik AG/© Schenker Hydraulik AG