Control of microstructure and phase structure of martensitic stainless steel
When studying 00cr13ni5co9mo5 maraging stainless steel, Luo Jing et al. Found that only a small amount of martensite was transformed […]
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Quenching structure of Crl3 stainless steel
2Crl3 stainless steel is a hypoeutectoid steel. The temperature is raised to the austenite transformation temperature and kept for a
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Development status of Crl3 stainless steel
Li Yupeng and others found that under the same quenching and tempering process, the tensile strength of 2Cr13 Steel after
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Process parameter design of nodular cast iron for automobile hub support
To design the process of nodular cast iron, in addition to selecting the correct casting method and process scheme, the
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Determination of parting surface of nodular cast iron for automobile hub support
The selection of parting surface is directly related to the dimensional accuracy, production cost and efficiency of nodular cast iron.
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Selection of casting position of nodular cast iron for automobile hub support
According to the actual production situation, the automobile hub support casting is produced by using the Japanese Xindong automatic pouring
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Heat treatment of 2Crl3 stainless steel valve parts
The traditional heat treatment method of 2Crl3 generally recommends 1000 ° c-1050 ° C oil cooling or water cooling +
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Spheroidization and inoculation process of nodular cast iron for automobile hub support
Spheroidizing treatment and inoculation treatment are essential pre furnace treatment steps for raw molten iron of nodular cast iron. The
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Melting process design of nodular cast iron for automobile hub support
In order to obtain as cast ferrite pearlite nodular cast iron with high strength and good plastic toughness, the production
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Analysis on structural characteristics of nodular cast iron for hub support
The automobile hub support is an important support of the rear suspension system of the car, one for the left
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Filling characteristics of dry sand lost foam casting for gray cast iron
The series of experiments were carried out on the filling process of lost foam casting of gray cast iron by
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Analysis of mechanical properties of nodular cast iron for hub support
In order to analyze the effect of Cu and Mn content on the mechanical properties of ductile iron casting, tensile
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Filling pattern of metal liquid in fluted mold of lost foam casting
The filling form of regular flat plate model is divided in the front. In actual production, the structure of lost
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SEM microstructure analysis of ductile iron casting for hub support
The lamellar spacing of pearlite will also affect the tensile strength of ductile iron casting. Generally, the smaller the lamellar
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Heat transfer coefficient of lost foam casting interface
When pouring the interface heat transfer coefficient, the heat exchange process between the casting and the mold begins from the
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Liquid metal filling morphology of different density model combinations in Lost Foam Casting
The model shown in Fig. 1 is made of two models with the same size and different density bonded by
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Metallographic structure analysis of nodular cast iron for hub support
The metallographic samples of nodular cast iron No. 1 ~ 3 nodular cast iron corroded by 4% nitric acid alcohol
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Surface hardness of lost foam casting mold
The phenomenon that the mold wall displaces after the molten metal is poured into the lost foam casting mold is
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Test of mechanical properties of ductile iron casting
(1) Sample preparation. Using sheet tensile samples, first cut a sheet with a thickness of 2 mm from the middle
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Filling pattern of molten metal in lost foam casting with different pouring methods
Fig. 1 to Fig. 3 are isochronous graphs of liquid metal filling pattern of lost foam casting under different pouring
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Microstructure observation of nodular cast iron
(1) Sample preparation. Cut the samples of three components into 10 mm by wire cutting machine × 10 mm ×
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Effect of ring model on filling velocity of liquid metal in Lost Foam Casting
The outer circle diameter is 150mm, the inner circle diameter is 100mm, and the ring thickness is 20mm. The model
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Mechanical bending strength of HT150 gray iron castings directly produced by water slag iron smelting
Bending strength refers to the ability of materials to bend and crack continuously. HT150 has certain mechanical strength and good
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Effect of square model on filling speed of liquid metal in lost foam casting
The external geometric dimension is 200mmx100mm, the internal geometric dimension is 150mmx50mm, and the thickness of the model is 20mm.
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Mechanical tensile strength of HT150 gray iron castings directly produced by water slag iron smelting
HT150 belongs to medium strength gray iron castings. Gray iron has good casting performance, simple process and small casting stress,
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Influence of pouring mode on average mold filling speed of liquid metal in lost foam casting
The test results are shown in the table: Pouring position Total mold filling time (s) Average filling speed (cm/s) Side
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Pretreatment of lost foam casting simulation based on ProCAST
Lost foam casting is a special gravity casting. Because of the existence of foam solid shape in the cavity, it
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Influence of coating permeability on mold filling speed in Lost Foam Casting
Paint Total mold filling time (s) Average filling speed (cm/s) Low permeability coating 1.18 17.00 Medium permeability coating 1.14 17.54
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Effect of liquid metal hydrostatic head on mold filling speed in Lost Foam Casting
The test results are shown in the table. Sprue height (mm) Total mold filling time (s) Average filling speed (cm/s)
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Heat transfer in lost foam casting solidification process
The solidification process of castings includes phase change, heat and mass transfer, and the heat transfer phenomenon is in the