Comparison and optimization of casting process for ductile iron nuclear spent fuel container
In order to eliminate the adverse effect of hot spot, reduce the defects of ductile iron spent fuel container and […]
Scientific
Scientific
Scientific
Solidification of hot spot of ductile iron nuclear spent fuel container under different casting conditions
Figure 1 shows the solidification process of the hot spot of nodular iron nuclear spent fuel container under the conditions
Scientific
Solidification characteristics of nodular cast iron at hot spot of nuclear spent fuel container
According to the simulation results and the experimental study of 45 ° test block, the ductile iron spent fuel container
Scientific
Relationship between graphite morphology and properties of nodular cast iron sector test block for nuclear spent fuel container
The relationship between the number of graphite balls and the properties of 45 ° sector block is shown in Figure
Scientific
Differential equation of motion for vibration performance system of centrifugal casting mold
The rotor and foundation of centrifugal casting were analyzed separately, and the differential equations of motion were obtained. The rotor
Scientific
Microstructure of nodular cast iron sector test block for nuclear spent fuel container
Metallographic examination shall be carried out in accordance with GB / t9411. The graphite morphology and matrix structure at different
Scientific
Nodular cast iron sector test block for nuclear spent fuel container
The central section of the 45 ° fan-shaped test block (as shown in Fig. 4-15) is selected for the sampling
Scientific
Solidification curve of nodular cast iron sector test block for spent nuclear fuel vessel
The temperature measurement curves of different positions of 45 ° sector test block are shown in Fig. 1. The cooling
Scientific
Simulation of solidification time distribution of ductile iron nuclear spent fuel container
The simulated solidification time distribution of ductile iron spent fuel container is shown in the figure. As can be seen
Scientific
Cooling characteristics of chill and metal mold for nodular cast iron sector test block of spent nuclear fuel vessel
The temperature curves of chill and metal mold are shown in Fig. 1 and Fig. 2 respectively. In about 18
Scientific
Production process and quality control of nodular cast iron sector test block for spent nuclear fuel vessel
Using high-purity pig iron as the main raw material, the high-temperature pure and high-quality molten iron meeting the composition requirements
Scientific
Numerical simulation of mold filling process in die casting of steering wheel
1.Analysis of temperature field in filling process The actual production requires that the minimum temperature distribution is at the overflow
Scientific
Numerical simulation results and analysis of steering wheel die casting
Figure 1 is the flow field simulation diagram of automobile steering wheel formed by opposite side casting. It can be
Scientific
Die casting model and casting system of steering wheel
Establishment of casting model A356 aluminum alloy is selected as the die casting material. The casting aluminum alloy A356 is
Scientific
Mathematical model for numerical simulation of mold filling process in aluminum alloy die casting
The metal in the filling process can be considered as incompressible fluid, which follows the hydrodynamics law and can be
Scientific
Establishment of mold vibration model for centrifugal casting machine
As shown in Figure 1, due to the symmetrical arrangement of rollers, the weight of the mold is shared equally
Scientific
Analysis of defect formation in counter gravity casting of large thin wall aluminum alloy plate
For the shrinkage porosity defect, it is opened at the defect position, as shown in the figure. It is found
Scientific
Relationship between wall thickness and chill thickness of counter gravity casting for large thin wall aluminum alloy plate
When the pressure difference is enough (35kpa), the influence of chill thickness and casting thickness on defect formation is discussed.
Scientific
Calculation of chill thickness of ductile iron vessel for spent nuclear fuel
The thickness of chill is designed according to the chill of gray iron casting, as shown in the formula Where
Scientific
Influence of chill distribution in counter gravity casting of large thin wall aluminum alloy plate
The research adopts the flat plate structure, the gap gating system and the low pressure pouring. The design of plate
Scientific
Effect of tempering temperature on corrosion resistance of NB1 stainless steel
The results show that tempering temperature has obvious effect on the quantity and morphology of carbides in 30cr13nb0.1 steel, which
Scientific
Effect of tempering temperature on impact toughness and fracture morphology of 30cr13nb0.1 cast martensitic stainless steel
The effect of tempering temperature on the impact properties of 30cr13nb0.1 steel is shown in Fig. 1. It can be
Scientific
Effect of tempering temperature on hardness of 30cr13nb0.1 cast martensitic stainless steel
It can be seen from the figure that with the increase of tempering temperature, the hardness of 30cr13nb0.1 steel first
Scientific
Effect of high pressure rheocasting on mechanical properties of hypereutectic Al Si alloy
The room temperature tensile strength and elongation of A1 and A2 alloys under different processes are shown in Fig. 1.
Scientific
Effect of tempering temperature on Microstructure of 30cr13nb0.1 cast martensitic stainless steel
Fig. 1 shows the microstructure of 30cr13nb0.1 steel tempered at different temperatures. It is preliminarily judged that it is martensite
Scientific
Microstructure of ultrasonic rheological squeeze casting alloy
Fig. 1 and Fig. 2 are SEM photos of microstructure of as cast samples of A1 and A2 alloys by
Scientific
Microstructure of ultrasonic free liquid squeeze casting alloy
Fig. 1 and Fig. 2 show the SEM photos of as cast samples of A1 and A2 alloys without ultrasonic
Scientific
Practical application of high chromium cast iron ztap / HCCI composite grinding roller
The ztap / HCCI composite grinding roller was successfully prepared by splicing several preforms and fixing them at the corresponding
Scientific
Three body wear properties of high chromium cast iron ztap / HCCI composite
Take photos of the worn sample surface, import the pictures into image Pro Plus software, and identify and select the
Scientific
Phase and element distribution of high chromium cast iron ztap / HCCI composite
Figure 1 shows the XRD pattern of ztap / HCCI composite. The phases of the composites mainly include Al2O3 in