SEDIMENTATION IN BINARY Cu-Sn SYSTEM
Journal Title: Computer Methods in Materials Science - Year 2018, Vol 18, Issue 4
Abstract
In the present paper the sedimentation process in binary multiphase Cu-Sn system is presented. The initial samples were produced by GoodFellow, the initial molar fraction was Cu30Sn70 respectively. Thus, the two-phase region was obtained. The two different phenomena occurs during the process of sedimentation at 453K for 1 hour with the angular speed of 35 000 RPM . Mainly, the Cu3Sn and Cu6Sn5 phase growth due to the temperature and migration of pure Sn according to the centrifugal force. Both phenomena's are described by physical equa-tions. The model describing the phase growth based on the Leibnitz rule - the mass conserva-tion law at the moving boundary and the migration of the elements due to the sedimentation is characterized by equation of motion. The results of the presented models are shown.
Authors and Affiliations
Daria Serafin, Wojciech J. Nowak, Bartek Wierzba
Keywords
Related Articles
- EP ID EP539259
- DOI -
- Views 127
- Downloads 0
A VISION SYSTEM TO SUPPORT DETERMINATION OF MECHANICAL PROPERTIES OF TUBES REQUIRED FOR COMPUTER MODELLING OF TUBE HYDROFORMING
Reliability of computer modelling of tube hydroforming depends strongly on mechanical properties of tubes, which are difficult to determine and sensitive to tube production methods. Some developments in experimental set-...
THE IMAGING ALGORITHM FOR THE ULTRASONIC EVALUATION OF METAL CASTINGS BY THE APPLICATION OF AUTOMATED TESTING SYSTEMS BASED ON A SIX DEGREE OF FREEDOM ROBOTIC MANIPULATORS
Complex-shaped surface represents one of the challenges in ultrasonic testing of metal castings. This conditions the growing interest in development and application of the automated testing system based on a six degrees...
NONLINEAR DYNAMIC ANALYSIS OF AN AXIALLY MOVING POROUS FG PLATE SUBJECTED TO A LOCAL FORCE WITH KINETIC DYNAMIC RELAXATION METHOD
In some engineering applications like moving ships the axially moving FG structures have to be investigated. In this paper, the nonlinear response and stability of an axially moving porous FGM plate under a local concent...
RULE-BASED CONTROLLING OF A MULTISCALE MODEL OF PRECIPITATION KINETICS
One of the most important obstacles of widening of multiscale modelling is its high computational demand. It is caused by the fact, that each of numerous fine scale models has comparable computational requirements to a c...
USING NEURAL NETWORKS TO PREDICT THE FLOW CURVES AND PROCESSING MAPS OF TNM-B1
The ability to predict the behavior of a material is vital in both science and engineering. Traditionally, this task has been carried out using physics-based mathematical modeling. However, material behavior is dependent...