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Search results for keyword: microstructures
Copper Alloy Aluminum Alloy Superplastic Forming Precision Die Forging Technology
Precision die forging process of copper alloy and aluminum alloy superplastic forming Die forging plays an important role in the manufacture of alloys, particularly hard alloys. Die forging process has two basic requirements: one is the material should have good formability and plasticity, and th......
Classification of Defects in Liquid Die Forgings
Classification of Defects of Die-Forging for Liquid Model Liquid Model Die-Forging is a common manufacturing process for obtaining components with high strength, good surface quality and fine detailed performance. It is also applicable for processing materials with complicated structure and compl......
tags: defects process can parts process foaming
1041
Liam
Defects often caused by improper cooling process after forging
Defects caused by Improper Post-Forging Cooling Process Forging is the process of forming metal parts into desired shapes, forgings can be found in many industries, from automotive and aerospace to consumer goods. In the forging process, the metals are heated to their plastic deformation temperat......
tags: cooling process can cooling part can
1049
Charlotte
Forging technology: heating process characteristics of superalloy forging
High Temperature Alloy Forging Technology: Heat Treatment Characteristics of High Temperature Alloy Forging High temperature alloy forging is a kind of hot forging process. It uses heating technology to make it easy to shape and improve the products strength and performance. The heat treatment ch......
Austenitic dendrite formation
Austenite Dendrites Formation Austenite dendrites form when a material undergoes phase transformation from solid austenite to liquid phase. The phenomenon is similar to crystal growth and dendritic growth in metals and alloys, in which successive crystal growth results in dendritic-shaped feature......
Directional eutectic casting superalloy
Directional Solidification of High Temperature Alloys High temperature alloys are alloys that can retain their strength and hardness even in highly elevated temperatures. These types of alloys are required for a variety of applications including aerospace engines and other components that must en......
Influence of overheating on the mechanical properties of 45 steel during forging
Effect of Overheating on the Mechanical Properties of 45 Steel in Forging Introduction Forging is a manufacturing process that uses heavy machinery and tools to deform and form metal into a specific shape. 45 steel is a common low-alloy and medium-carbon steel used for forging. It is also an eco......
tags: steel strength mechanical steel 45 will
1039
Sophia
Simulation of low pressure casting of magnesium alloy wheel hub based on PAM-CAST
、 Introduction PAM-CAST is a process that combines the accuracy of a precision casting process with the size and quality of a low pressure casting process. This method is suitable for producing magnesium alloy, aluminium alloy or titanium alloys wheels with an accuracy of within 1mm for the cente......
Oxidation properties of various cast irons
Oxidation of Different Types of Cast Iron Cast iron is a form of iron that is composed of a variety of different metals and alloys. These materials can be divided into three broad categories: grey, white, and malleable iron. Each type of cast iron has its own advantages and drawbacks, depending o......
tags: iron cast oxidation iron cast rust
1052
Sophie
carbon in cast steel
Carbon in Steel Castings Carbon is one of the most important components in steel castings. It’s an essential alloying element that forms iron into a variety of different iron-carbon alloys. Carbon levels are one of the most important considerations when deciding which steel grade to use. An insu......
tags: carbon steel casting steel carbon too
1029
Sophie
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