Experimental stand for melting and casting of ultralight Mg-Li alloys
Journal Title: Archiwum Odlewnictwa - Year 2011, Vol 11, Issue 3
Abstract
The article presents the design guidelines and technical implementation of an experimental stand for melting and casting in controlled protective atmosphere the ultralight magnesium-lithium alloys, including also a small furnace for the heat treatment of such alloys. The manufacture and implementation of these devices provides a basis for studies on the preparation of ultra-light alloys for further plastic working.
Authors and Affiliations
A. Białobrzeski, K Saja
Keywords
Related Articles
- EP ID EP72278
- DOI -
- Views 131
- Downloads 0
Control of cast iron and casts manufacturing by Inmold method
In this paper the usability of cast iron spheroidizing process in mould control by ATD method as well as by ultrasonic method were presented. Structure of instrumentation needed for control form performance of cast iron...
Effect of the concentrated heat flow treatment on the structure and the antiwear properties of cast iron
The influence of modes of surface fusion by electric arc plasma (GTAW method) on the hardness and wear-resistance of plain cast iron was studied. A possible mechanism of structural rearrangement in the processed material...
Effect of ring notch radius on the decohesion mode in AlSi alloys
The article discusses the effect of the, determined by tensile test, non-linear characteristics of AlSi alloys on the value of the shape factor k for the three different sizes of the radius of the ring notch made on roun...
Microstructure of high-pressure die-casting AM50 magnesium alloy
Microstructure analyses of high-pressure die-casting AM50 magnesium alloy are presented. Investigated pressure casting was produced on a cold chamber die-casting machine with locking force at 1100 tones in “FINNVEDEN Met...
The structure of connection of the AlSi5 – HS6-5-2 compound casting obtained by alphinising
The paper presents results of the analysis of the alphinising coat connection structure of the AlSi5 silumin – high speed steel HS6-5-2 compound casting. The alphinising coat was made in the AlSi5 silumin bath with tempe...