what are the uses of low-alloy steel in the industry of Engineering?
Q: As the carbon content of plain carbon steel is increased what happens to its strength and hardness?…
A: Let us discuss what happens when carbon content is increased in carbon steel.
Q: (a) Discuss the following iron based alloys with their applications in engineering: i. Low Carbon…
A: 1.Low Carbon steels Low carbon steels are principally composed of ferrite, a solid solution phase of…
Q: d) Based on Table Q2, describe a suitable class of steels that can be used in the following…
A:
Q: What makes plain carbon steel harder than pure iron
A: Steel and iron are two of the most common materials used in the manufacturing industry. They are…
Q: Which of the following is a method for strengthening metals and alloys: a. solution hardening b.…
A: Concept: 1) Full annealing is used to increase ductility and softness by coarsening the grains. 2)…
Q: Name five elements that should generally be removed from steel to improve toughness.
A: In steel there are various types of the alloying element which can improve and reduce some specific…
Q: Which are the effect of alloying chromium and nickel in stainless steel?
A: Effect of alloying Chromium on stainless steel Chromium is the main component of stainless steel.…
Q: Explain the connection between notch strengthening and material ductility; which is more likely to…
A: Notch strengthing occurs in the case of ductile material .stress concentration increases by creating…
Q: 2. Which property of this steel is significant to the failure analysis? The steel can Options:…
A: Option c is correct.
Q: In general Poisson’s ratio of steel is ________ Select one: a. 0.5 b. 0.15 c. 0.3 d. 0.75
A: When a force is employed to a specimen along its longitudinal direction, the stain will be induced…
Q: What is the difference in material property of low carbon & high carbon steels?
A: Low carbon steel –in this steel carbon percentage is less than 0.30%.this steel is ductile in nature…
Q: What is important difference betiveen plain carbon steel and alloy steel on. continuous cooling…
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Q: What are heat-treatable and non-heat-treatable aluminum alloys?
A: Heat treatable aluminum alloys: They consist of pure aluminum that is heated to a critical…
Q: In the AISI steel alloy group numbering system, alloys ASI 40 XX through the ASI 48XX are vanadium…
A: Given codes: ASI 40 XX ASI 48XX Need to decide whether the given statement is True or False.
Q: 3. AISI 1040 steel: a) is an alloy steel b) is a carbon steel c) has 0.4% carbon d) is an ASM…
A:
Q: what is ductility for 304 Stainless Steel and 6061-T6 aluminum
A: Following is the answer for the quetion given.
Q: The Melting temperature of Alloys occurs in a range of temperature?
A: given; -The Melting temperature of Alloys occurs in a range of temperature?
Q: c). Interpret the following diagram? The effect of carbon and heat treatment on the properties of…
A: Tempering heat treatment expands the extension however diminishes the ductile strength.The…
Q: 18. What is the range of carbon concentrations for steels? 4.3...6.67% 0.8...6.67% 0.8...2.14%…
A: For low carbon steel , 0.05 to 0.26% For medium carbon steel, 0.29 to 0.54% For High carbon steel,…
Q: Which of the following materials has the highest toughness value? A) Bakır Cupper B)…
A: Toughness is a basic material property measuring the ability of a material to absorb energy and…
Q: How is the modulus of elasticity of an aluminum alloy affected by the composition of alloying…
A: Aluminum alloy:The aluminum alloy is the combination of aluminum and other metals such as copper,…
Q: Explain the term Heat Treatment. How does heat treatment alter the mechanical properties of steel?…
A: Part A) Heat treatment, It is the method of altering the physical and chemical properties of metal…
Q: In the steelmaking process, what is the difference of using the Basic Oxygen Furnace and the…
A: THERE IS SOME BASIC FEATURES WHICH MAKE A DIFFERENCE BETWEEN BASIC OXYGEN FURNACE AND THE ELECTRIC…
Q: Rank the following four iron-carbon alloys from the hardest to the softest. Fe;C- Fe;C- Fe,C- Fe,C…
A: Given : The different iron carbon alloys.
Q: What material corresponds to the microstructure of part f? Answer Choice Group 10110 steel Steel…
A: Given: There are different types of images given in which the image shown in the part f which is of…
Q: A high-alloy steel with 0.15% C, 10% Cr, 8% Ni, 2% Mo and a small amount of V in its composition.…
A: High alloy steel have alloying elements that contribute to high strength, toughness, hardness, and…
Q: How did temperature affect the toughness of C1045-CF, Cast Iron, and AL7075-T6
A: Ductility: The property of a metal by virtue if which it can be transformed into thin wires by the…
Q: Rank the six microstructures of steel in general order of least ductile.
A: Ductility is a measure of a material's ability to undergo significant plastic deformation before…
Q: 1 - Which is not a shaping process? A) particle processing techniques B) plastic forming C) chip…
A: According to terms and conditions of bartleby we can only provide 1st solutions . thank you!
Q: Normalizing is softening process in which iron base alloys are heated ____ above the upper critical…
A: Given :- Normalizing is softening process in which iron base alloys are heated ____ above the upper…
Q: A 40 wt% Ni-60 wt% Cu alloy (Animated Figure 9.3a) is slowly cooled from 1400°C (2550°F) to 1150°C…
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Q: Which nickel alloy would be ideal for use in springs? A. Hastelloy B-2 B. Monel 400 C. Incoloy…
A: Option D is the correct option.
Q: а) Briefly describe the mechanical properties of those microstructure and suggest how to obtain the…
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Q: What is the composition (wt% C) of a steel with AISI designation 1090? . Would this be considered a…
A: Iron is a common name for a large family of steel alloys. Metals can be cast directly into the mold,…
Q: In the plane carbon steel, microstructure consists of bright ferrite and dark cementite
A:
Q: The steels with the following compositions are heat treated and the results of microstructures are…
A: The basic difference between the microstructures given is the layer thickness of the which the…
Q: a) Define the copper alloys and categories. b) What the most important engineering type of steel…
A: (a) Alloys are those metal alloys in which copper is their main component. Copper is highly…
Q: what selection criteria could be used to determine the fatigne strength of terrons and Non-ferrons…
A: Materials have been known to fail in service when subjected to recurrent loads well below their…
Q: Write the % C and other alloying elements percentages of the steel whose shorthand notation as…
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Q: Q: What are The Advantages & Disadvantages of Gray Cast Iron?
A: The advantages and disadvantages of gray cast iron
Q: what is fracture stress,ductility and modulus of resilience for 304 Stainless Steel and 6061-T6…
A: Fracture stress is also known as the breaking strength of the material at which the material fails…
Q: As a material engineer, you are given a task to fabricate a steel with a low cost for pipeline in…
A: Given To fabricate a steel with a low cost for pipeline in oil and gas industry To find Properties…
Q: Answer attached file
A: The least ductile means brittle material. Martensite is the least ductile. Spheroidite is most…
Q: Explain and/or describe the following microstructures of iron/steel , how they affect the iron/steel…
A: Iron/steel alloys are very complicated microstructure as well as it influenced by composition,…
Q: How does welding affect the microstructure of the following steels? 1. HSLA 2. DP steels 3. TRIP…
A: The findings revealed that the welding parameters chosen to have a substantial impact on the…
Q: Martensitic sainless steel has corrosion resistance than ferritic and austenitic sainless steels.…
A:
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- The engineering yield strength of an alloy is 80 ksi.Why is the theoretical strength of materials higher than the observed strength?An engineer is making determinations on the best alloy of steel to use in cables for a cable-stayed bridge. The investigator’s tool is a tensile testing instrument which can measure the strength of the alloys by slowly increasing the load on the cable to the point where the cable breaks and breaking point value (amount of weight on the cable when it fails) can be accurately measured. The investigator also is interested in determining the amount of deformation of the cable (how much it stretches under load conditions which is also very important in structural considerations. The tests must be uniform and consistent to give the precision needed to make valid conclusions about the best alloy for the cables. On the line after the item, identify which type of variable it represents from (a) independent variable, (b) dependent variable, (c) control variable. 1) thickness of the cable _____________ 5) length of the cable _____________ 2) testing room temperature…
- Determine the yield strength sy and the ultimate strength su of the A36 steel either from Materials Science class book/notes, or by researching over the internet.As a material engineer, you are given a task to fabricate a steel with a low cost for pipeline in oil and gas industry. Identify the type of steel that can be used and discuss:i) the outstanding properties of the chosen material.ii) the microstructures of the steel.iii) advantage of using the material for that application despite of its low cost.Describe THREE (3) main points on the stress-strain curve for medium-carbon steel.
- 2. Could the maximum shear stress theory and the Von Mises theory be used for copper and aluminum alloys?I. In a few words or in a single short sentence explain why it is easier to deform a piece of aluminum than a piece of iron? II. In a typical engineering stress-strain diagram, stress keeps on increasing after yield point due to strain hardening. In a few words or in a single short sentence explain what causes strain hardening? III. In a few words or in a single short sentence explain what kind of relationships represent thermally activated processes?. IV. Stress-Strain behavior of a hypothetical material is given below. Using 0.2 % offset yield strength method, determine (approximate) its yield strength and subsequently its modulus of elasticity. Draw (digital, manual, or copy and paste) the figure on your answer sheet and show the detail of your work. V. Determine the critical resolved shear stress on a BCC single crystal if a normal stress of 10 MPa along [100] direction causes slip system on (110) plan along [1-11], one-bar one-one, direction. Figure for Part D: 400 350 300 250 200…for four different metals: 2014-T6 aluminum, 6061-T6 aluminum, structural A-36 steel, and 304 stainless steel. highlight differences (for example, you can rank them on things like strength, stiffness, ductility, etc.).