TYPES OF PROCESSES

TYPES OF PROCESSES

1. DEFORMATION

   • Deformation is the change in the shape of a material that results from the application of force, and is measured by the change in its length. It can be extension or compression.

2. FORMED

   • is to give it a certain shape, following a series of specific techniques. This process allows a part to be reshaped without the need to add or remove material in metalworking. Manufacturers can do this by various methods.

3. MATERIALS

   • Transformations in materials •Particle model for transformations •Changes of state of matter •Combustion reaction •Corrosion •Neutralization •Transformations for the production of materials •Chemical transformations and the environment.

4. COATING

   • is a finishing process that deposits metal on a conductive surface to achieve decorative, strength, weldability, wear resistance, strengthening, friction reduction, adhesion, and various other properties.

5. ACABADO

   • It is a manufacturing process with which the suitable surface for the application of a product is obtained; however, it is not limited to the aesthetic issue, since specifications that have to do with the dimensions of the object are also obtained.

6. REMOVAL OF MATERIALS

   • Processes for material removal are classified as traditional, or chip-forming, and non-traditional, or chipless. In all traditional processes for material removal, the three basic elements are the workpiece, the cutting tool, and the machine tool.

7. SOLIDIFICATION

   • It is the process of physical change or phase change by which matter passes from a liquid state to a solid state, by varying the pressure to which it is subjected.

8. TUNING

   • It is the process by which the constants and other parameters required by the control algorithms are identified, to guarantee that the behavior of the controlled variable is as close as possible to the desired conditions, with the intermediation of the controller.

9. HEAT TREATMENTS

   • Most heat treatment processes consist of heating metal parts in a furnace under a controlled gaseous atmosphere, in phases, following different temperature cycles (heating, holding at high temperature for variable times, and controlled cooling). The treatment aims to modify their surface properties and, on occasions, their structures and metallurgical phases.

10. UNION OF MATERIALS

    • are the controlled processes used to fuse metals. These operations allow metals to be joined to build parts of different geometries and shapes. There are multiple mechanical joint techniques that can be divided into two large blocks.