Number of manufacturing processes are listed below. Each manufacturing process has some technological capabilities. Anticipate the best technological capability per each manufacturing process: Turning: Commonly used materials: ( metals, plastics, non-ferrous metals, composite materials, semiconductors). Process variations: ( can be automated, can not be automated, potential for linking with CAD very high). Typical applications: ( any component with rotational symmetrical elements, fillet corners and chamfer edges where possible to increase tool life, pressure vessels, I - section beams, engine blocks).

Number of manufacturing processes are listed below. Each manufacturing process has some technological capabilities. Anticipate the best technological capability per each manufacturing process: Turning: Commonly used materials: ( metals, plastics, non-ferrous metals, composite materials, semiconductors). Process variations: ( can be automated, can not be automated, potential for linking with CAD very high). Typical applications: ( any component with rotational symmetrical elements, fillet corners and chamfer edges where possible to increase tool life, pressure vessels, I - section beams, engine blocks).

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Describe the Square matrix?
We have a machine called automated candle machine using pneumatic press. What are the methods of determining the operating time of scraping time, grater time and pneumatic press process time? Method of determining operating speed? and operating pneumatic pressure?
Unit 4: Ctrl+P Essay Questions Describe the advantages of designing an object using 3D software instead of 2D software. Describe the advantages of 2D software over hand sketches. Explain the role of CAM software in the printing process. Why is it needed? Multiple-Choice Questions Which of the following describes CAD advantages over freehand drawing? A. Higher design accuracy B. Reduced need for measuring tools C. Better design reuse capabilities D. No design limitations What was the storage medium on which manufacturing commands were encoded in NC machines? A. Standard RAM sticks B. Mini SD memory sticks C. Metal plates D. Cardboard slates Why would you need to repair your mesh? A. A mesh with holes will not print correctly B. A mesh with holes will damage the 3D printer C. A mesh with holes will double the material use D. A mesh with holes will print a faulty part
what is the technique of direct integration conventiontly used for
Summarise and discuss the general strategies to select CAD/CAM software and tools for Computer Aided Process Planning (CAPP) and optimisation of design and manufacturing operations, especially to generate optimal CNC machining toolpaths, simulate the generated CNC machining toolpaths, create G-Code programs for CNC machining operations, simulate and optimise the Additive Manufacturing & 3D Printing (AM-3DP) processes (Topology optimisation, Simulations of support generation, Simulations of deformation and shrinkages, Simulations of Nesting operation, Optimisations of part orientations).
Summarise and discuss the differences between CNC programs (G-code programs) for CNC machining and Additive Manufacturing & 3D Printing (AM-3DP), especially the AM-3DP systems such as Fused Deposition Modelling (FDM) and Binder-Jetting (BJ).
List 3 different concepts of trenching machine design and modeling. Each concept must have an introduction and design description. Include a photo of each trenching machine design and modeling concept. For Example : an electric trenching machine
Draw kinematics, mobility and grashof's criterion
MACHINE DESIGN 1 (SUBJECT) Cutting tools such as mills and drills are connected to machiningequipment by means of tool holders. The cutting tool must be firmlyclamped by the tool holder to achieve precise machining, and shrink-fit toolholders take advantage of thermal expansion properties to achieve thisstrong, concentric clamping force. To insert a cutting tool, the shrink-fitholder is rapidly heated while the cutting tool remains at room temperature.When the holder has expanded sufficiently, the cutting tool drops into theholder. The holder is then cooled, clamping the cutting tool with a very largeforce exerted directly on the tool shank.At 20°C, the cutting tool shank has an outside diameter of 18.0000.005 mm and the tool holder has an inside diameter of 17.950 0.005mm. If the tool shank is held at 20°C, what is the minimum temperature towhich the tool holder must be heated in order to insert the cutting toolshank? Assume that the coefficient of thermal expansion of the tool…
Tolerance is .. Your answer Clearance is . Your answer Why it is important to generate a number of alternatives for each component or subassembly in configuration design? Your answer
5. For the process flow below in the yellow highlighted boxes: (i) Mark off location of mask and resist; Label the process step in (ii). Label the process step in (i). Label the process flow in (iv). LMark-off Expose location of resist Develop : =: and mask (left) Material Material iL Label this process step i. Label this process step Material w. Label this process step Dope, redeposit resist and re-do Material
Sclect an appropriate manufacturing process where dimension accuracy and precisions are critical. Assume the material is aluminum alloy and the part is to be used for automotive power transmission device. Produce a manufacturing drawing with a list of tools require to manufacture the part.