0
What else can I help you with?
What is the need of Non conventional machining?
The need for non-conventional machining begins with the need for alternative energy sources. Non-conventional machining requires the use of alternative energy sources including thermal energy or solar energy.
Why casting is preferred over other methods of manufacturing?
Machining allows greater control over the geometry of the finished part.
What has the author David Alan Plater written?
David Alan Plater has written: 'Methods and strategies for the NC machining of general parametric surfaces'
What is Unconventional machining technique?
In ordinary machining we use harder tool to work on workpiece , this limitation is overcome by unconventional machining. unconventional machining is directly using some sort of indirect energy for machining. Example : sparks, lasers, heat , chemicals etc.. applied in EDM ,laser cutting machines...etc
what are the common methods followed in steel fabrication process?
Welding, however, can be used on very large structures and has four common methods. Other Common Methods. Those were just three of the most common methods to give you an idea of what you’re going for. The following are even more frequent types of the fabrication process: Cutting; Drawing; Forging; Extrusion; Machining; Punching; Shearing; Stamping etc.
Thrree methods on how to drive a water pump?
1. Electric Motor 2. Belt off the crankshaft 3. Shaft driven (similar to a distributor)
How are engraved outer shells of luxurious fountain pens made?
Many luxurious pens, such as fountain pens, have engravings on their outer shells. How are they made? What are the manufacturing methods? Hand-engraving, laser engraving, or CNC machining?
How compressor blades are formed?
Compressor blades are typically formed through processes such as casting or machining. In casting, molten metal is poured into a pre-designed mold to form the shape of the blade. In machining, material is removed from a solid block of metal to form the blade's shape using specialized tools and equipment. Both methods require precision and expertise to ensure the final blade meets the required specifications for operation in a compressor.
What are kinematics when applied to secondary machining techniques?
Casting, forming, forging, extruding and molding are primary machining. Material removal and change of shape, drilling, grooving, dimensional corrections are some very special specific techniques, which are used in specialist workshops or machines are suppose to be the secondary machining, Turning, milling, drilling grinding, shaping are some of the secondary machining process. Chuck, face plate, vice, jigs, fixtures special centers are the work holding devices. Vernier calipers, micrometer, compactors, depth micrometers are some of the measuring tools using for secondary machining Turning, threading grooving, parting tools, milling cutters, taps drill bits, etc are cutting tools using for secondary machining techniques. Cutting speed, Speed, Feed rate, etc are the cutting parameters Inspections, verification, comparison, are the quality control methods in this kinematics. Assessments of health and safety measures are yet another kinematics in this technique.
Why this cnc machines are used?
the cnc technology is applicable for high accuracy machining and high speed machining,it si more efficient than the conventional methods like lathe,driller,etc..by the application of cnc the production time can be reduced and there by increase the productivity and profit .
How can you physically change a piece of metal?
A piece of metal can be physically changed through processes such as forging, casting, machining, or heat treatment. These methods involve reshaping, cutting, or altering the properties of the metal to achieve the desired shape or characteristics.
What has the author J Paulo Davim written?
J. Paulo Davim has written: 'Finite element method in manufacturing processes' -- subject(s): Mathematics, Machining, Finite element method 'Dynamic methods and process advancements in mechanical, manufacturing, and materials engineering' -- subject(s): Production engineering, Mechanical engineering, Materials engineering, Research 'Computational methods for optimizing manufacturing technology' -- subject(s): Mathematical models, Manufacturing processes 'Mechatronics' -- subject(s): Mechatronics
