Engineering material casting help 5. What does the thickness of an aluminum alloy casting (length = 12 in. and width = 8 in.)have to be, in order to produce a tensile strength of 44 ksi? The mold constant in Chvorinov's rulefor aluminum alloys cast in a sand mold is 45 min/in².Tensile strength (ksi)5046423026Tensilestrength0% Elongation13025205% Elongation00.0050.0100.015Secondary dendrite arm spacing (cm)Secondary dendritearm spacing (cm)10-110-210-310-40.1TTS=C1nV=C_(H)*ACopperZinc alloysAluminum alloys10 100 1,000 10,000 100,000Solidification time (s)

Answered: Image /qna-images/answer/0b237bf5-eea7-4f13-a175-b4386bdb4762.jpg

5. What does the thickness of an aluminum alloy casting (length = 12 in. and width = 8 in.) have to be, in order to produce a tensile strength of 44 ksi? The mold constant in Chvorinov's rule for aluminum alloys cast in a sand mold is 45 min/in². 50 46 $ Tensile strength (ksi) 38 30 26 I 0 Tensile strength % Elongation T 30 C 20 5 9 0.005 0.010 0.015 Secondary dendrite arm spacing (cm) % Elongation Secondary dendrite arm spacing (cm) 10-2 10-3 10-4 0.1 1 T7s = C₂ (4) TTS Cm A Copper Zinc alloys Aluminum alloys 10 100 1,000 10,000 100,000 Solidification time (s)

5. What does the thickness of an aluminum alloy casting (length = 12 in. and width = 8 in.) have to be, in order to produce a tensile strength of 44 ksi? The mold constant in Chvorinov's rule for aluminum alloys cast in a sand mold is 45 min/in². 50 46 $ Tensile strength (ksi) 38 30 26 I 0 Tensile strength % Elongation T 30 C 20 5 9 0.005 0.010 0.015 Secondary dendrite arm spacing (cm) % Elongation Secondary dendrite arm spacing (cm) 10-2 10-3 10-4 0.1 1 T7s = C₂ (4) TTS Cm A Copper Zinc alloys Aluminum alloys 10 100 1,000 10,000 100,000 Solidification time (s)

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

For casting processes in metals, which of the following are true? (This question has more than one correct answer) a. May involve a multi-step casting process with an initial prototype used to shape the mould b. Can lead to internal defects in the metal c. Leads to formation of a solid part consisting of fused precursor particles d. Requires materials with high toughness to resist deformation e. Can only be used to form simple shapes
Q3) Select the proper part number with the matching letter statement in the following table: ( following the solved example. ) Part number Matching Statement Statement 1-g Example A frame made of metal or wood or plastic, in a 1 Shrinkage cavity which the mold is formed. Slight taper given to a pattern to allow 2 Flask or molding box 3 Sprue b drawing from the sand. The top half of a horizontally parted mold A passageway through which the molten 4 Chaplets d metal enters the mold cavity. Draft e to support the cores inside the mold cavity The passage through which the molten metal flows from the pouring basin, and reaches the mold cavity Solidification shrinkage that restricts the amount of molten metal available in the last 6 Cope 7 Gate region to freeze
manufacturing methods
i need the answer quickly
Describe the detailed processes about the Expendable-Pattern casting. Please use numbered lists to show each step and process.
Why is the feeder used in the casting process? What is its significance and how should it be designed? Interpret by drawing in the figure.
Question 7 A precision metal part needs to be manufactured using a casting process. The part needs to be made from a high melting point alloy, should have high dimensional accuracy, and weighs less than 2 Kg. Which process would you recommend and why? To support your answer you can compare your chosen process against other casting processes.
Which of the following is NOT a primary reason for industrial material failures? Group of answer choices Schedule or Financial Pressure Overly Conservative Design Fraud Lack of Understanding of Relationships Between Process and Properties Which of the following is a benefit of forging over casting? Group of answer choices Easy to eliminate voids in the material. Allows for changes in composition. Can achieve highly complex shapes. Highly adaptable molding process.
1. Figure below shows a cylinder rise attached to a casting. Is the rise effective? 3 8 6 3
I need an answer quickly please
Which of the following engineering materials is the most suitable candidate for hot chamber die casting? a. Titanium b. Tin c. Copper d. Low carbon steel
Identify the mold die material in order to produce the steel casting parts. Wood Cast iron Steel Graphite Clear my choice