Instructions• List all the tools used in practice regarding Marking-Out Tools (name, sketches, objectiveand application).List all the tools used in practice regarding Sheet Metal Work (name, sketches, objectiveand application).Show practically how to transfer a specific drawing, measurements, and shape onto asheet of metal.• Write down the steps to produce a tool box, as it mentioned in the figure above, usinga sheet metal thickness of 2mm.• Mention the tool used for each step.Show the practical diagrams, sketches for each step.Notice That: A practical sketch should be added for every single step during the processes. ASSIGNMENT-2Tool BoxObjective: To perform cutting and forming processes on a sheet metal to produce a tool boxwith SIZE of 445mmL x 281mmW x 220mmH, with handle holes diameter 20mm.Note : assume any missing dimensionsa) List the tools usedb) Write the steps to preaparec) Sketch each steps

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List all the tools used in practice regarding Marking-Out Tools (name, sketches, objective and application). List all the tools used in practice regarding Sheet Metal Work (name, sketches, objective and application). Show practically how to transfer a specific drawing, measurements, and shape onto a sheet of metal.

List all the tools used in practice regarding Marking-Out Tools (name, sketches, objective and application). List all the tools used in practice regarding Sheet Metal Work (name, sketches, objective and application). Show practically how to transfer a specific drawing, measurements, and shape onto a sheet of metal.

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

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A slab milling operation is performed on the top surface of a tool-steel workpiece 450 mm long by 7.5 cm wide. The helical milling cutter, which has an 80 mm diameter and seven teeth, is set up to overhang the width of the part on both sides. Cutting speed is 4000 mm/min, feed is 0.015 cm/tooth, and depth of cut = 0.60 cm. Determine (a) the actual machining time to make one pass across the surface and (b) the maximum metal removal rate during the cut. (c) If an additional approach distance of 0.05 m is added at the beginning of the pass, and an overtravel distance at the end of the pass equal to the cutter radius plus 0.0115 cm, what is the duration of the feed motion
solve by hand and explain step by step pls, thank you so much
An emergency situation has arisen in the milling department, because the ship carrying a certain quantity of a required part from an overseas supplier sank on Friday evening. A certain number of machines in the department must therefore be dedicated to the production of this part during the next week. A total of 1000 of these parts must be produced, and the production cycle time per part = 16.0 min. Each milling machine used for this rush job must first be set up, which takes 5.0 hr. A scrap rate of 2% can be expected. Assume availability = 100%. (a)If the production week consists of 10 shifts at 8.0 hr/shift, how many machines will be required? (b)It so happens that only two milling machines can be spared for this emergency job, due to other priority jobs in the department. To cope with the emergency situation, plant management has authorized a three-shift operation for six days next week. Can the 1000 replacement parts be completed within these constraints?
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(USCS units) A turning operation is performed using a rake angle of 15°. Cutting speed = 200 ft/min, feed= 0.012 in/rev, and depth of cut = 0.100 in. The chip thickness ratio measured after the cut = 0.48. Determine (a) chip thickness after the cut, (b) shear angle, (c) friction angle, (d) coefficient of friction, and (e) shear strain (USCS units) The turning operation in the previous problem involves a work material whose shear strength = 52,000 lb/in2. Based on your answers to the previous problem, compute (a) shear force, (b) cutting force, (c) thrust force, and (d) friction force.
show solutions pls thank you very much :D
For the operation of straight turning in a lathe machine, the diameter of the workpiece is 80 mm, the length is 0.12 m, the cutting speed is 80 m / min, the feed is 0.5 mm / rev and the depth of cut is 0.002 m . Find the material removing rate and the time of machining.
Need your help. List atleast 3 possible title for Machine Design and for Thesis 1
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Find the machining time, in seconds, and the rate of material removing in mmA3;sec for a turning operation having the following information: 1- Wp diameter is 80mm, 2- the length is 0.12m, 3- the cutting speed is 80m/min, 4- feed i50.5 mm/rev and 5- the depth of cut is 0.002m.
Orthogonal cutting, in a machining process,The attacking team sawdust (α) is 10 ̊. operationchip (t0) 0.5 mm and machining beforeAfter the chip coating (tc) is 1,125 mm.Accordingly, in machining;a) Slip plane (ϕ),b) Shear strain (γ) calculator