Condition #1:A structural support for a machine is subjected to a static compression load of 20 kN. The supportmanufactured from a circular rod made from SAE 1040 Hot Rolled steel. Specify suitable diameter forthe cross section of the rod based on the basic size. Steel data are available in Table A-10 from thetextbook.isCondition #2:The same structural support of the basic size determined in Condition 1 is subjected to a tensile load of15 kN that is repeated several thousand times over the life of the machine. This load is not an addition tothe 20 kN. Specify a suitable steel that is suitable to this application based on the basic size determined inCondition #1. Loading of Condition #1 does not apply here.Condition #3:The same structural support from Condition 2 is heated from room temperature of 25°C. The support isplaced inside a frame on both ends. There is a total clearance of 0.2 mm between the support and itsframe. Initial length of the rod is 200 mm. Specify the maximum temperature that the support can beheated to without exerting any stress to the frame. Ultimate strength, s,Yield strength, s,PercentMaterial SAE no.ConditionksiMPaksiMPaelongation36434864393576575296331Annealed102010204485173620Hot rolled1020Cold drawn441AnnealedHot rolledCold drawn759097517621669516035241456530251610401040104082192224641WQT 700WQT 900WQT 1100WQT 130012711810793901040876104081462155243410407388010408760063323722554141129103701080Annealed89614OQT 700OQT 900OQT 1100OQT 130013031234100097288971048312131718917910801080108014510801178072335226AnnealedCold drawn60077251951141871465511861141112172129971331οQT 700OQT 900OQT 1100OQT 1300193146114110078006488896691520114111411161141946846928Annealed604142665515931289101441404140414095231146211939031215212OQT 700OQT 900OQT 1100OQT 130017318714741401311841401188141016962372440238Annealed105276175160516016419.OQT 700OQT 900OQT I100OQT 13002631961491151813135110277935160179123412132103516091017516071023'Other propertics are approximately the same for all carbon and alloy steels:Modulus of elasticity in tension = 30 000 000 psi (207 GPa).Modulus of clasticity in shear = 11 500 00X0 psi (80 GPa).Density 0.283 lb /in. (7680 kg/m').OỌT means oil quenched and tempered. WQT means water quenched and tempered.|台

Answered: A structural support for a manufactured…

A structural support for a manufactured from a circ the cross section of the rc textbook. Condition #2: The same structural supp

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

the 0.2% offset yield strength
Question 2 The following data relate to an injection moulding grade of a thermoplastic polymer. Determine whether this melt obeys the power law and if so, estimate the power law exponent n. Comment on your findings. Shear rate (s') Viscosity (Pa.s) 10 2590 100 2260 500 1370 1000 845 2000 525 5000 278 10000 175
At higher temperature, strength and strain hardening are increased, whereas, ductility is decreased which permits greater plastic deformation True False O Saaly i The strength constant (C) is increased with increasing of temperature True O False O The metal is becoming weaker as strain increases, this is because of .strain hardening (work hardening) property True O False O ly The engineering stress and strain are defined relative to the instantaneous area and length of test specimen True O False O In sheetmetal working processes, the surface area-to-volume ratio of .w.p. is low True O False O aly ihi Determine the value of the strain-hardening exponent for a metal that will cause the average flow stress to be 70% of the final flow stress after deformation 0.444 0.421 0.422 0.428 aaly i For pure copper (annealed), the strength coefficient = 330 MPa and strain-hardening exponent = 0.52 in the flow curve equation. Determine the average flow stress that the metal experiences if it is…
10. A standard steel specimen of 0.504" diameter elongated 0.0125" in an 8" gage length during a test where it was subjected to a tensile force of 6249 lb. If the specimen's gage length was measured to be 8.0025" after the test was over, what was the permanent plastic deformation? What is the elastic deformation and what is the modulus of elasticity of that metal? r PL AE
1, What does steel have in terms of hot and cold shortness? What led to the Titanic disaster (focus only on the materials engineering component of the disaster in your response)? 2. What are the remedies for steel that is too hot or too cold? Respond succinctly. 3. What does metals and alloys' hydrogen embrittlement entail? What is the cheapest way to prevent hydrogen embrittlement in metals and alloys?
UzNDU3NTYyMjk0/a/MjYOMzAwMjMOOTM5/details Further questions 4.The graphs show how the extension changes with stretching force for four different materials. a. Which two graphs show materials that follow Hooke's law? A B b. Which two graphs show materials that become less stiff as they are stretched? force force D C. Which graph shows a material that maintains the same stiffness throughout? force force 1. A force of 20N stretches a spring by 0.5m. The spring obeys Hooke's law. a. Calculate the spring constant including a suitable unit. b. How much force must a man use to stretch it by 1.5m? 5. A car has a weight of 240OON which is distributed equally over all four wheels. Each wheel has a spring of spring constant 400N/cm. a. Determine the force through the spring on each wheel. b. Calculate the compression of each spring when the car rests on the ground. 6.In a spring experiment the results were as follows: Force (N) Length (mpm 1 2 4 6. 7 50 58 70 74 82 9n 102 125 LELL
Flag question You have been given the following test sample data following mechanical testing of 15 test pieces of a modified Alumina. What is the Weibull modulus of this material? Would you advise the use of this material over one with a Weibull Modulus of 19.6 and a mean failure stress of 270 MPa, if you anticipate that the peak stress on the material could be 255 MPa? Sample 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Select one or more: Failure Stress (MPa) 297 293 270 300 260 286 265 295 4 293 280 288 263 290 298 275
If material A is observed to have twice the modulus of rigidity but the same Poisson's ratio and yield shear stress than that of material B, then which of the following comparisons is always true? Select one: Material A can resist higher normal stresses than material B can before permanent normal deformations occur. O b For the same load that brings the materials to plastic behavior, material A will experience larger permanent shear deformations than material B. Material A can resist higher shear stresses than material B before permanent shear deformations occur. O d. Material B is has a lower ultimate stress than material A.
316 SS underwent fatigue testing to produce the following S-N curve. a.If the material is cyclically loaded at 200 MPa, what is its expected lifebased off the graph below? b. (please see attachment for fatigue constants) If the material is cyclically loaded at 200MPa, based on these material constants what is its expected life?
10. Measure the diameter of impression using the profile projector and compute for the hardness number using the formula: Where: 2P P – Applied Load D - Diameter of steel ball (8.0 mm) BHN «D(D- /D² – d² d - Ave. diameter of indentation | Raw data: Diameter Specimen (carbon steel) d1 d2 Air cooled 5.13 5.22 Oil quenched Water quenched 4.12 4.36 3.74 3.81 Note: All dimensions are in mm.
Viscosity (Pa-s) 400 1016 1014 1012 1010 108 105 104 10² 1 200 800 Borosilicate glass Temperature (°F) 1200 1600 2000 96% silica glass Working range Melting point 400 600 Fused silica 2400 2800 3:200 Strain point Annealing point Softening point Working point Soda-lime glass 1018 1016 1014 1012 1010 108 106 104 10² 800 1000 1200 1400 1600 1800 Temperature (°C) Viscosity (P)
2a: How a material can be mechanically strengthened by designing the grain size after thermomechanical treatments? 2b: How can the extent of cold work be defined? 2c: Specimen A (1008 steel) has an ASTM grain size number of 8 and specimen B (1008 steel) has a grain size number of 4. Which specimen will be having larger grains? A or B 2d: How increasing grain size can play role in decreasing the Toughness? 2e: Is EBSD without using specimen stage tilting is possible?