Solution method of interface heat transfer coefficient in sand mold casting
In the process of metal solidification, the interfacial heat transfer coefficient is affected by many factors, such as sand casting […]
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Simulation and result analysis of improved process of ductile iron long fork lost foam casting
The mold filling and solidification of the improved process are simulated, and the following results are obtained: 1) Results of
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Low chromium cast iron grinding ball
Low chromium white cast iron is used as the grinding ball of low chromium cast iron. The chromium content is
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Research status of interfacial heat transfer coefficient in sand mold casting in China
The study of interfacial heat transfer coefficient in China is relatively late. Inspired by foreign scholars, Hao Weiwei, Chen Jiayu
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Ductile iron grinding ball
In recent ten years, based on the research on the development of grinding ball materials at home and abroad, China
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Improvement scheme of lost foam casting process for nodular cast iron long fork
According to the trial production and simulation results of the two schemes of bottom injection and top injection, the bottom
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Causes and Countermeasures for Cracking and Casting Defects of Large Supporting Wheels
1. Causes Cracking of the supporting wheel The crack shape of the casting defect is fine and straight. The crack
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Application of nodular cast iron grinding ball and heat treatment technology
The systematic study of wear-resistant materials has a history of more than 100 years. Different types of wear-resistant materials, such
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Research status of interfacial heat transfer coefficient in sand mold casting abroad
Since the 1950s, casting engineers have found that the interfacial heat transfer coefficient has a great influence on the change
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Modification of solidification calculation of nodular cast iron long fork lost foam casting
Comprehensively considering the solidification simulation results and trial production results of the two trial production processes of nodular cast iron
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Causes and countermeasures of super detection casting defects on nozzle surface of large supporting roller
1. Causes In the semi finishing stage after quenching and tempering, it was found that the nozzle end face had
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Causes and Countermeasures of Overshooting Defects on Riser Surface of Large Supporting Roller Casting
1. Causes Through the collection and analysis of more than 100 casting idlers, a total of 12 casting idlers have
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Development status of foundry CAE Technology in China
Compared with foreign countries, China’s foundry CAE technology started relatively late, but developed rapidly. In the late 1970s, the foundry
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Casting defects of large idler
1. Casting process plan The supporting roller is generally made of ZG42Cr1Mo, ZG35Cr1Mo or similar materials. The hardness of the
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Simulation results of solidification process of nodular cast iron long fork lost foam casting
Figure 1 a) ~ C) shows the top injection solidification process. In step 620, it can be seen that the
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Causes and Countermeasures of Blowhole and Sand Loss in Large Supporting Roller Casting
1. Causes The sand mold at the upper part of the outer rim of the casting supporting roller is a
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Optimization of Sand Casting Process for Large Supporting Roller
Industrial rotary kilns are widely used in cement, metallurgical pellets, active lime, chemical and other industries. The supporting roller is
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Development status of CAE technology abroad
The casting simulation technology originated in the 1940s. With the support of the American Foundry Association, Professor paschkis of Columbia
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Simulation of sand mold casting process by casting CAE Technology
Sand mold casting is a process of pouring high-temperature liquid metal into the mold cavity, cooling and solidification into rough
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Simulation results of mold filling process of ductile iron long fork lost foam casting
Fig. 1 a) ~ F) shows the change process of mold filling temperature field of top injection trial production scheme.
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Technology of nodular cast iron for automobile hub support based on magma
The casting process design and casting process of high strength and Toughness Nodular Cast Iron for automobile hub support were
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Simulation results of solidification process of ductile iron long fork lost foam casting
Fig. 1 is a sectional view of the solidification time distribution during bottom injection. It can be seen that the
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Sand casting gating system with small mouth up
1.Optimize the sprue The vertical sprue is changed to a “2” shape sprue, that is, a bend is set on
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Process Design of Sand Casting End Cap
According to the structural characteristics of the product and referring to the results of similar products after production, two process
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Study on technology of nodular cast iron for automobile hub support based on magma
Starting from the practical application of sand casting production process, the process design and material properties of nodular cast iron
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Simulation results of mold filling process of ductile iron long fork lost foam casting
Figure 1 a) ~ g) shows the change process of mold filling temperature field of bottom injection trial production scheme.
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Numerical simulation and result analysis of nodular cast iron process of hub support
The casting process of hub support is simulated and calculated by using magma simulation software, the shortcomings of the original
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Establishment of grid model for lost foam casting of nodular cast iron long fork
The powerful surface function of UG is used to carry out three-dimensional modeling of complex long forks. The feature modeling
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Types of nodular cast iron gating system for automobile hub support
There are two main classification methods of gating system: one is divided into closed type, semi closed type and open
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Trial production Pouring Scheme and existing problems of ductile iron long fork in lost foam casting
ZHY casting successively adopts two trial casting schemes of bottom injection and top injection to produce the complex ductile iron