Failure forms and performance requirements of lining plate of cone crusher
Fracture, wear and corrosion are the three major failure forms of metal materials. For the abrasive wear condition of the […]
Fracture, wear and corrosion are the three major failure forms of metal materials. For the abrasive wear condition of the […]
The setting of sand casting process parameters is related to the characteristics of casting process design, such as casting dimension
The surface roughness is measured by using the TR200 handheld roughness meter of Beijing Times Instruments, and the roughness is
Taking experimental research as the starting point, gradually reveal the experimental law, put forward and improve the theory, and mainly
The moving cone liner (crushing wall) and the fixed cone liner (rolling mortar wall) are the main working parts and
Among all the casting processes, sand casting is the most commonly used casting method. The molding materials of casting are
At the end of the experiment, the machined surface of the workpiece was observed by Keynes laser microscope (VK-X200K). In
Sand casting is widely used in the forming of iron castings, non-ferroalloy castings and small steel castings, and occupies an
The blade used in the experiment is monolithic PCBN and the binder is A1. Figure 1 shows the energy spectrum
There are three main forms of damage and failure of iron and steel materials: fracture, corrosion and wear. Among them,
At present, there are still many problems in China’s manufacturing industry, such as low-carbon manufacturing, energy saving, insufficient investment, low
In the process of cutting, the heat in the cutting area gradually accumulates at the arc of the tool tip,
The quality of castings can be studied from the point of view of characteristics. Process characteristics play a very important
The sustainable development of the foundry industry is closely related to accelerating the adjustment of the industrial structure and realizing
PCBN cutters can be used for rough machining to improve machining efficiency, or finish machining to improve surface quality. This
In terms of energy conservation and emission reduction in the manufacturing industry, it is necessary to balance economic development, resource
The source of cutting force is the resistance of the tool to overcome elastic deformation, plastic deformation and friction. The
According to the characteristics of sand mold casting process, a low carbon evaluation model is proposed, which can effectively evaluate
The experiment was carried out in the DAEWOOACE-V500 vertical machining center. The schematic diagram of orthogonal milling is shown in
The products of traditional manufacturing industry are widely used in various industries, which produce a lot of economic and social
The dynamic mechanical behavior of vermicular graphite cast iron GJV450 under high temperature and high strain rate was studied. The
In orthogonal turning, only one straight cutting edge is involved in the cutting, and the cutting edge is perpendicular to
The experiment is divided into two parts, the first part is the static tensile test of vermicular graphite cast iron,
There are many commonly used constitutive equations of metallic materials, including Power-Law model, Zerilli-Arstrong model, Johnson-Cook model and so on.
1. Data processing of tensile experiment. Figure 1 shows the stress-strain curve of static tensile test. As can be seen
In the tool matching model established by Niu Jiahui, polycrystalline cubic boron nitride (PCBN) tool ranks third among the tools
Figure 1 shows the small Hopkinson pressure bar equipment used in this experiment. Figure 2 is a schematic diagram of
Vermicular graphite cast iron, as a material that can replace gray cast iron, will be widely used in the future.
Because the chromium white cast iron used in the experiment is brittle material and has not been heat treated, the
At present, there are few studies on the cutting simulation of vermicular cast iron. According to the different three phases,