Why Ceramics are stronger in compression than in tension? (Provided that the answer is scientific brief

Q: how does iron and aluminum in terms of their property resist corrosion.

A: Iron and aluminium having different chemical properties when they come in contact with water and…

Q: Explain and name the corrosion mechanisms in steel

A: Corrosion: Steel corrosion is the irreversible deterioration and destruction of the steel material…

Q: Why Ceramics are stronger in compression than in tension

A: The properties of ceramic Material:   Ceramics is a rigid and brittle material and is not capable…

Q: explain the application of high-performance steels.

A: Here mentioned some important application of high performance steels.

Q: (b). State and explain the components in traditional ceramics. Give example of each component.

A: Step : 1 Ceramics :- It is a non-metallic material which is hard,brittle, non- corrosive and heat…

Q: A. Which material is considered as ductile and which one is considered as brittle? Explain. What is…

A: Part A) Material A has a typical ultimate stress point and breaking stress point, along with a clear…

Q: What is the chemical composition of steel? What is the effect of carbon on the mechanical properties…

A: Steel is an iron alloy, with a carbon mixture. The content of carbon in the steel ranges from 0.15…

Q: Why are ceramics used in compression only?

A: Ceramics Strength:

Q: Discus why the value of compressive strength more than tensile strength.

A: To discuss: Why the value of compressive strength more than tensile strength.

Q: Why does the iron–carbon phase diagram go only to 6.7% carbon?

A: The iron-carbon phase diagram is shown below,

Q: How does reducing defect size improve the strength of ceramics?

A: Ceramics have excellent mechanical, tribological, and thermal properties in comparison with metallic…

Q: Explain stress-strain relationship for mild steel. Discuss in brief about the elastoplastic…

A:

Q: Q2/ Sorting the engineering materials (Metals and Ceramics) from lowest to highest value according…

A:

Q: Example: Cast iron contains 5% carbon, its structure at 1131°C consists of leadpurite and elemental…

A: Cast iron carbon Content=5% Cementite consist of 6.67 % carbon and 93.3 % iron. Show in the…

Q: What is the difference between low, medium and high carbon steels? Please put different uses for…

A: It is asked the difference between low, medium and high carbon steels and explain different uses…

Q: 22: What is the minimum thickness of a spherical steel tank if the diameter is 96 in, internal…

A:

Q: 90 alloy component as shown in following figure that is subjected to a stress of 200 MPa (29,000…

A: Given data stress= 200 MPa rupture lifetime be 509 h

Q: What type of atomic bonding characterizes the ceramics?

A: Ceramics- It is a material which is non-metallic or inorganic in nature. Ceramics are generally…

Q: 1. The most important mechanical properties of brittle materials is

A: The most important mechanical property of brittle material is compressive strength. The compressive…

Q: What are the two major considerations for avoiding brittle fracture in ceramics?

A: Major considerations for avoiding brittle fracture in ceramics- In these materials plastic…

Q: Why are ceramics used in compression only?

A: The ceramic materials are manufactured by firing and then shaping a nonmetallic mineral, like clay,…

Q: Match the steel microstructures to their names А B C A [Choose ] [ Choose ] [ Choose ] > B.

A: Name of the first figure A is Spheroidite A spheroidite is the structure which was refers to the…

Q: What is high-performance steel? State two HPS products that are currentlybeing used in structural…

A: Introduction : High performance steel : High Performance Steel (HPS) is a classification given to…

Q: Which not significant tests perform on Engineering Materials? compression tension chemical analysis…

A: Answer is Chemical analysis because Their is no  significant result on this Test . Every time we get…

Q: accuracy and precision

A: Accuracy It is defined as the degree of closeness of observations to the true value or in other…

Q: 8. If the modular ratio is equal to 11, and the Modulus of Elasticity of the Steel is 200,000 MPa.…

A: GIVEN Modular ratio, m = 11 Modulus of elasticity of steel, Es = 200,000 MPa To Determine Value of…

Q: It is said that stainless steel should not be held at temperature range of 800°F and 1500°f. Why?

A: Stainless steel should not be held at temperatures between 800°F and 1500°F as in this range of…

Q: Is a steel a heterogeneous or homogeneous mixture?

A: Heterogeneous :-                     Heterogeneous mixture is a mixture of two or more compounds.…

Q: Which one of the following types of steel is used in the manufacturing of metro and monorails? A…

A:

Q: Compute the density of lead and molybdenum.

A:

Q: What do you mean by Corrosion of Steel

A: The process of degradation of material by reactions chemically, electrochemically with environment…

Q: Value of one of the properties of A36 steel plate within the limit of its elasticity

A: Mechanical Properties Imperial Metric Ultimate Tensile Strength 58,000 – 79,800 psi 400 – 550 MPa…

Q: Difference between strength, hardness and toughness of a material

A: Strength: This is the ability of material which is required to maintain it's shape from force which…

Q: Determine the ductility of the following steel samples that undergo tensile strength test. All…

A:

Q: describing how working on Structural Design in Steel has addressed the following considerations :…

A: The construction sector is an important part of every economy, yet it has a considerable…

Q: Among the test coupon you were provided with, which material has the highest potential for strain…

A: Given data,