Skip to main content
University of Wisconsin–Madison
UW Crest
MINLAB
Manufacturing Innovation Network Laboratory
  • Home
  • Research Expand Collapse
    • Ultra-Precision Machining
    • Burr Minimization Prevention
    • Sustainable Smart Manufacturing
  • Expert System
  • People
  • News
  • Collaborators
  • Publications
  • Equipment
  • Administrative
  1. Home
  2. Publications
  3. Journals

Journals

Effect of the Initial-Flaw on Crack Propagation in Two-Step Cutting of Monocrystalline Sapphire

Though superior multifunctional performances of sapphire, heavy surface/subsurface damage during the process limit applications of the material. Many efforts have been made to improve the machinability of the material, by utilizing the ductile-regime cutting. Here, …

An Analytical Model for Grinding Force Prediction in Ultra-Precision Machining of WC with PCD Micro Grinding Tool

Micro grinding with a poly crystalline diamond (PCD) tool is one of the promising approaches for fabricating a micro mold on difficult-to-cut materials. As the process can also achieve good surface integrity without additional finishing …

Simultaneous Geometric Error Identification of Rotary Axis and Tool Setting in an Ultra-Precision 5-axis Machine Tool using On-Machine Measurement

This paper presents a method to identify the position independent geometric errors of rotary axis and tool setting simultaneously using on-machine measurement. Reducing geometric errors of an ultra-precision five-axis machine tool is a key to …

Geometric- and Force-Induced Errors Compensation and Uncertainty Analysis of Rotary Axis in 5-Axis Ultra-Precision Machine Tool

In machining of a microstructure on a free form surface, a five-axis ultra-precision machine tool has a great advantage in its flexibility and efficiency compared to a conventional machine tool. However, rotary axes in the …

Investigation of the Ductile Cutting Behavior of Monocrystalline Yttria-Stabilized Zirconia During Ultra-Precision Orthogonal Cutting

Manufacturability of advanced ceramics has been a challenging issue mainly because of their brittle behaviors and high hardness. One approach to solving this issue is enabling ductile regime cutting, which can also be used to …

Enhanced Mechanical Strength and Electrochemical Performance of Core–Shell Structured High–Nickel Cathode Material

Improving capacity retention during cycling and the thermal–abuse tolerance of layered high–nickel cathode material, LiNi0.8Mn0.1Co0.1O2 (NMC811), is a significant challenge. A series of core–shell structured cathode materials with the overall composition of LiNi0.8Mn0.1Co0.1O2 was prepared via a …

  • Previous page
  • 1
  • 2
  • 3
  • You're on page 4

Archives

  • August 2020

Categories

  • Announcement
  • Conferences
  • Journals
  • Open Positions
  • Publications
  • Uncategorized

Meta

  • Log in
  • Entries feed
  • Comments feed
  • WordPress.org

Site footer content

University logo that links to main university website

Contact Us

  • 1513 University Avenue
    Mechanical Engineering
    Madison, WI-53706
  • Map map marker
  • Email: sangkee.min@wisc.edu
  • Phone: (608) 262-1993
    • youtube
    • facebook

Feedback, questions or accessibility issues: sangkee.min@wisc.edu.

This site was built using the UW Theme | Privacy Notice | © 2021 Board of Regents of the University of Wisconsin System.