Numerical simulation of squeeze casting process
With the rapid development of computer technology, solidification simulation technology is also developing very rapidly. The solidification simulation CAE and […]
News
Scientific
Establishment of mathematical model for mold filling process of rheo squeeze casting
Based on the theory of numerical simulation and fluid mechanics, the equations of solidification heat transfer are established Momentum conservation
News
Casting technology of water cooled steel brick for blast furnace
1. Casting process design According to the structure of the casting, the three box molding process is adopted, as shown
News
Research status of Squeeze Casting Technology
According to the different materials, shapes and sizes of the parts, a variety of different squeeze casting forming processes are
Scientific
Hypothesis of forming process in semi solid rheo squeeze casting
The semi-solid 7075 alloy melt is different from the traditional liquid alloy ① Semi solid alloy melt has good fluidity,
News
Casting material and structure of water cooled steel brick for blast furnace
The structure of the water-cooled steel brick casting is complex (see Figure), and the water pressure test of 0.5MPa is
News
Development of Squeeze Casting Technology
Squeeze casting technology came out in the former Soviet Union in 1937. In the early stage, it mainly focused on
News
Shape and raw material technology of high silicon solid solution strengthened Ferritic Ductile Iron Castings
Overall dimension of Puma main cover 182mm × 130mm × It is 63.5mm, 5.4kg, QT500-7, hb170-241. Dimensions of v348 differential
News
Process characteristics of Squeeze Casting Technology
From the study of material usability of squeeze casting technology, almost all kinds of alloys, including casting alloy, forging alloy
Scientific
Mechanical properties of rheo squeeze casting aluminum alloy parts
In the middle part of the rheo indirect squeeze casting part, a rectangular sample with a thickness of 2mm was
News
Basis of rheo squeeze casting technology for aluminum alloy
Green environmental protection is the theme direction of today’s social development. With the innovation and development of new technologies and
Scientific
Experimental scheme of rheo squeeze casting process
Rheo squeeze casting is to squeeze the semi-solid alloy melt from the bottom into the cavity which has been closed
News
Innovation of mechanical properties of magnesium alloy by rheological extrusion casting
1.The formation mechanism of semi-solid primary non dendrite particles under the action of rotating magnetic field and the mathematical relationship
Scientific
Scheme of rheo squeeze casting system for aluminum alloy
Forming process of rheo squeeze casting Rheo squeeze casting mainly includes the following processes: 1 Mold closing; ② grouting: pouring
Scientific
Structure design of punch core and die in Squeeze Casting
The structure design of squeeze casting die requires simple structure, reasonable process, easy manufacturing and quality assurance. This paper mainly
News
Microstructure and mechanical properties of rheo squeeze casting magnesium alloy
Mg-Nd-Zn alloy is one of the most widely used magnesium rare earth alloys. In this paper, Mg nd Zn alloy
Scientific
Design of blank and drawing of squeeze casting
According to the needs of design and development of semi-solid vertical squeeze casting machine, a wheel like part (similar to
News
Effect of Y element on mechanical properties of metal mold casting and rheo squeeze casting alloys
The effects of trace y on the microstructure and mechanical properties of Mg nd Zn Alloy by metal mold casting
Scientific
Structural design of each component of gating system for large planetary carrier steel castings
ZG35CrMo material has poor casting performance, high solidification shrinkage and easy to produce shrinkage cavity and other defects. The pouring
Scientific
Application of aluminum alloy in rheological casting
In the semi-solid processing of aluminum alloy casting more aluminum alloy, such as A356, A357, A380 and so on. Due
News
Effect of Y element on Microstructure and mechanical properties of metal mold casting and rheo squeeze casting alloys
As mentioned above, the mechanical properties of Mg nd Zn magnesium alloy can be further improved by rheo squeeze casting.
News
Effect of pressure on Microstructure and mechanical properties of rheo squeeze casting alloy
The effect of die temperature on the microstructure and mechanical properties of rheo squeeze casting nz30k alloy was studied. In
Scientific
Microstructure and mechanical properties of rheo squeeze casting alloy
Figure 1 shows the microstructure of as cast rheo squeeze casting Mg – 0.43nd – XY – 0.08zn – 0.11zr
Scientific
Process improvement of base plate castings for large machine tools
Machine tools play an important role in the modernization of national economy. Machine tool refers to the manufacturing machine, conventionally
Scientific
Process improvement of large vermicular graphite iron castings
1. improvement of vermicular treatment equipment When the company produces vermicular graphite cast iron engine cylinder block and cylinder head,
Scientific
Microstructure and properties of T6 state metal mold casting alloy under high temperature tension
Figure 1 shows the tensile yield strength, tensile strength and elongation of T6 alloy at room temperature and high temperature.
News
Analysis and characterization of squeeze casting
X-ray diffraction (XRD) The phase composition of the alloy was analyzed by X-ray diffractometer. The model of the diffractometer was
News
The microstructure and mechanical properties of rheo squeeze casting alloy were studied
The microstructure and mechanical properties of rheo squeeze casting Mg nd Zn alloy were studied (1) The microstructure evolution of
News
Process improvement of sand hole defect in GEVO16 diesel engine cylinder block casting
In order to reduce the sand hole defects, we should start from the source of sand, inspection, removal and cavity
Scientific
Microstructure and properties of T6 state metal mold casting alloy under room temperature tension
Figure 1 shows the aging hardening curve of Mg – 0.43nd – XY – 0.08zn – 0.11zr alloy at 200