please answer all questions clearly. thank you
Homework Answers
The steels below calculate the carbon content and comment whether the steel is hypo- or hyper- eutectoid. (a) Steel I, containing 8% cementite and 92% ferrite at room temperature (b) Steel 3 containing 18% cementite and 82% ferrite at room temperature (c) Steel 3 containing 18% pearlite and 82% proeutectoid ferrite at room temperature (d) Steel 4 containing 94% pearlite and 6% proeutectoid cementite at room temperature.
Add Answer to:
please answer all questions clearly. thank you
3. In the steels below calculate the carbon content...
3. For hypo-eutectoid steel (say, carbon content equal to 0 .40 wt%)
3. For hypo-eutectoid steel (say, carbon content equal to 0 .40 wt%), if cool from austenite to below eutectoid temperature, calculate the relative amount of pro-eutectoid ferrite and Pearlite. What is the carbon content of the Pearlite microconstituent? What is the carbon content of the pro-eutectoid constituent? Calculate the relative amount of a and Fe3C phase in the perlite constituent. 4. For hyper-eutectoid steel (say, carbon content equal to 1.2 wt%), if cool from austenite to below eutectoid temperature, calculate the...
please answer question 2,3,4 A critical feature of steel is that a considerable amount of...
please answer question 2,3,4
A critical feature of steel is that a considerable amount of carbon can be dissolved in the austenite, phase, (up to 2.14 w/o at 1147"C), whereas carbon is essentially insoluble in ferrite, Cooling from point d to e, just above the eutectoid but still in the an increased fraction of the +y region, will produce phase and a microstructure similar to that shown: the particles precinitates out in the form af an intermetallic.compound called iron-carbide...
Question 3 (1) Sketch the microstructures (at temperature just below eutectold temperature) of slow-cooled pure Iron...
Question 3 (1) Sketch the microstructures (at temperature just below eutectold temperature) of slow-cooled pure Iron (Owt%C) and steels with 0.3wt%C, and 0.76wt%C, and explain how the structures develop on cooling from 1100°C to room temperature (Figure 3.1 for Fe-Fe,c phase diagram, see below). (18marks] 1600 Composition Cat C) 10 is 20 25 1538"C 149346 1400 1394°C 2500 72 1200 1147°C > Austenite 2.14 4.30 Temperature) 2000 1000 Temperature (°F) 912°C y + Fe3c 800 1500 0.76 727°C 600 0.022...
PLEASE SHOW ALL STEPS AND LOGICAL REASONING. Figure 14: Carbon Steels: 1050 800 700 1 8...
PLEASE SHOW ALL STEPS AND LOGICAL REASONING.
Figure 14: Carbon Steels: 1050 800 700 1 8 23 26 32 36 42 48 52 I2 60 IO A F C 800 3oo 600 Mgo 20040O T DIAGRAM 0200 Estimated 62 IO io Io TIME SECONDS Time Temperature Transformation Diagram: 1050 Steel Heat Treatment: = Quench to 900 F hold for 3 seconds then quench to RT Problem 1 Part A For the diagram and heat treatment listed above give the percentage...
8) Which of the following statements is ? a) Steel with high carbon content is usually...
8) Which of the following statements is ? a) Steel with high carbon content is usually highly ductile b) Primary ferrite is harder than pearlite c) Fine pearlite has higher strength than coarse pearlite d) Steel with 0.3 wt% carbon quenched from 1000 C to room temperature commis 37.2% Martensite and 62.8% Ferrite. e) None of the above 9. Refer to the Po- Sn phase diagram. In a crucible 200 g of an alloy containing 80 g of Sa and...
I need help to write a nice introduction for experiment 6 please ( no hands write ) typing Thank you HEAT TREATMENT OF STEELS EXPERIMENT 6 EXPERIMENT 6 HEAT TREATMENT OF STEELS THEORY The Ef...
I need help to write a nice introduction for experiment 6
please ( no hands write ) typing
Thank you
HEAT TREATMENT OF STEELS EXPERIMENT 6 EXPERIMENT 6 HEAT TREATMENT OF STEELS THEORY The Effect of Cooling Rate One of the most convenient methods for controlling the properties of a given steel, i.e., a steel whose composition is already fixed, consists of austenizing the steel and ten cooling to room temperature at some predetermined rate. A variation of cooling rates...
C.E Materials please show all work and clearly circle answer(s). Thank you 5. Is the following...
C.E Materials
please show all work and clearly circle answer(s). Thank
you
5. Is the following statement true or false? "Tensile strength of steel increases when carbon content increases." (2 points) 6. Is the following statement true or false? "In a tension test on steel, the true stress is higher than the engineering stress at fracture." (2 points) 7. Is the following statement true or false? "In a tension test on steel, the true strain is higher than the engineering...
please answer only highlighted part detailely thank you. By using the Iron-Carbon (Fe-C) phase diagram provided...
please answer only highlighted part detailely thank you.
By using the Iron-Carbon (Fe-C) phase diagram provided herein, answer the following questions: (a) Sketch the microstructure of alloys A, B, and C in the following temperature ranges when they are cooled from 1000 °C very slowly (equilibrium cooling). Sketch and identify all phases in the microstructures. Comment on the mechanical properties of the resultant alloy as well its constituent phases. For alloy A: T-1000 °C, TA (slightly below), T=728 °C and...
By referring to the iron-iron carbide phase diagram given below, answer the questions that follow. Competens...
By referring to the iron-iron carbide phase diagram given below, answer the questions that follow. Competens 1000 10 -14970 20 1.400 1.200 1307C Top Die 1500 7270 0.76 0.020 le Care 1000 400 0 Dompet Iron-Iron Carbide Phase Diagram (from Textbook) (a) Give the temperature and composition (carbon wel) corresponding to: (i) the cutectic point, and (ii) the cutectoid point (2 points) (b) Descnbe the structural changes that take place when a 1.0 wtf carbon steel is slowly cooled from...
Please answer all 3 questions! Thank you! 1). Calculate the control block flow diagram. Fi Ti...
Please answer all 3 questions! Thank you!
1). Calculate the control block flow diagram. Fi Ti CT ST 2). Calculate the Laplace equivalent of the following equations: where T is the output variable, A and B are constants and u, uz, and us are the deviations variables for the input temperature (Ti), input flow (Fi) and input heat flow (Q), respectively. where T is the output variable, A, B, and C are constants and u,, U2, and uj are the...
please answer question 2,3,4
A critical feature of steel is that a considerable amount of carbon can be dissolved in the austenite, phase, (up to 2.14 w/o at 1147"C), whereas carbon is essentially insoluble in ferrite, Cooling from point d to e, just above the eutectoid but still in the an increased fraction of the +y region, will produce phase and a microstructure similar to that shown: the particles precinitates out in the form af an intermetallic.compound called iron-carbide...
Question 3 (1) Sketch the microstructures (at temperature just below eutectold temperature) of slow-cooled pure Iron (Owt%C) and steels with 0.3wt%C, and 0.76wt%C, and explain how the structures develop on cooling from 1100°C to room temperature (Figure 3.1 for Fe-Fe,c phase diagram, see below). (18marks] 1600 Composition Cat C) 10 is 20 25 1538"C 149346 1400 1394°C 2500 72 1200 1147°C > Austenite 2.14 4.30 Temperature) 2000 1000 Temperature (°F) 912°C y + Fe3c 800 1500 0.76 727°C 600 0.022...
PLEASE SHOW ALL STEPS AND LOGICAL REASONING.
Figure 14: Carbon Steels: 1050 800 700 1 8 23 26 32 36 42 48 52 I2 60 IO A F C 800 3oo 600 Mgo 20040O T DIAGRAM 0200 Estimated 62 IO io Io TIME SECONDS Time Temperature Transformation Diagram: 1050 Steel Heat Treatment: = Quench to 900 F hold for 3 seconds then quench to RT Problem 1 Part A For the diagram and heat treatment listed above give the percentage...
8) Which of the following statements is ? a) Steel with high carbon content is usually highly ductile b) Primary ferrite is harder than pearlite c) Fine pearlite has higher strength than coarse pearlite d) Steel with 0.3 wt% carbon quenched from 1000 C to room temperature commis 37.2% Martensite and 62.8% Ferrite. e) None of the above 9. Refer to the Po- Sn phase diagram. In a crucible 200 g of an alloy containing 80 g of Sa and...
I need help to write a nice introduction for experiment 6
please ( no hands write ) typing
Thank you
HEAT TREATMENT OF STEELS EXPERIMENT 6 EXPERIMENT 6 HEAT TREATMENT OF STEELS THEORY The Effect of Cooling Rate One of the most convenient methods for controlling the properties of a given steel, i.e., a steel whose composition is already fixed, consists of austenizing the steel and ten cooling to room temperature at some predetermined rate. A variation of cooling rates...
C.E Materials
please show all work and clearly circle answer(s). Thank
you
5. Is the following statement true or false? "Tensile strength of steel increases when carbon content increases." (2 points) 6. Is the following statement true or false? "In a tension test on steel, the true stress is higher than the engineering stress at fracture." (2 points) 7. Is the following statement true or false? "In a tension test on steel, the true strain is higher than the engineering...
please answer only highlighted part detailely thank you.
By using the Iron-Carbon (Fe-C) phase diagram provided herein, answer the following questions: (a) Sketch the microstructure of alloys A, B, and C in the following temperature ranges when they are cooled from 1000 °C very slowly (equilibrium cooling). Sketch and identify all phases in the microstructures. Comment on the mechanical properties of the resultant alloy as well its constituent phases. For alloy A: T-1000 °C, TA (slightly below), T=728 °C and...
By referring to the iron-iron carbide phase diagram given below, answer the questions that follow. Competens 1000 10 -14970 20 1.400 1.200 1307C Top Die 1500 7270 0.76 0.020 le Care 1000 400 0 Dompet Iron-Iron Carbide Phase Diagram (from Textbook) (a) Give the temperature and composition (carbon wel) corresponding to: (i) the cutectic point, and (ii) the cutectoid point (2 points) (b) Descnbe the structural changes that take place when a 1.0 wtf carbon steel is slowly cooled from...
Please answer all 3 questions! Thank you!
1). Calculate the control block flow diagram. Fi Ti CT ST 2). Calculate the Laplace equivalent of the following equations: where T is the output variable, A and B are constants and u, uz, and us are the deviations variables for the input temperature (Ti), input flow (Fi) and input heat flow (Q), respectively. where T is the output variable, A, B, and C are constants and u,, U2, and uj are the...
Most questions answered within 3 hours.
-
3) What are the typical social structures in a global city?
asked 2 hours ago -
Luther Corporation
Consolidated Balance Sheet
December 31, 2019 and 2018 (in $ millions)
Assets
2019
2018...
asked 2 hours ago -
(Expected rate of return and risk) Carter Inc. is evaluating a
security. Calculate the investment’s expected...
asked 5 hours ago -
What specific indicators can point to lack of progress for
African Americans in American society?
asked 6 hours ago -
1-The Electrons in a beam are moving at 2.7×108 m/s in an
electric field of 15000...
asked 6 hours ago -
A gas tank is a vertical cylinder. It has a radius of 1m, a
height of...
asked 6 hours ago -
Accent Software faces the following conditions. All of these
support Accent’s use of a market-penetration pricing...
asked 7 hours ago -
A mathematically inclined friend emails you the following
instructions: "Meet me in the cafeteria the first...
asked 7 hours ago -
A monopoly sells in two countries . The demand curves in the two
countries are p1...
asked 8 hours ago -
A .15kg rubber ball is bounced off a wall. Before hitting the
wall, the ball moves...
asked 9 hours ago -
A manufacturing company preparing to build a new plant is
considering three potential locations for it....
asked 9 hours ago -
B. If compound Y has approximately the same values of solubility
in toluene as compound X,...
asked 10 hours ago