**Engineering Stress-Strain Diagram Analysis**This diagram represents an engineering stress-strain curve for a ductile metal sample. It highlights critical points that describe the state of the material during deformation:- **Point A:** - No plastic deformation occurs. - Represents the initial linear elastic region.- **Point B:** - The point defining the yield strength of the material. - Indicates the start of plastic deformation where the material begins to deform permanently.- **Point C:** - The point where plastic deformation and strain hardening occur. - As stress increases, the material strains further at a slowly decreasing rate.- **Point D:** - Defines the tensile strength of the material. - Maximum stress the material can withstand while being stretched before necking begins.- **Point E:** - Necking occurs in the material. - Stress decreases with increasing strain due to the reduction of cross-sectional area.- **Point F:** - Fracture point. - Marks the failure of the material where it breaks apart.This diagram helps in understanding the mechanical properties and behavior of materials under various loading conditions, crucial for materials engineering and design applications.

fracture point F no plastic deformation point A point c is the yeild strength

Answered: Necking occurs in the material. A. A v…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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. A stress-strain diagram for a polymer is shown. Identify items A, B, and C. A A= lower yield point; B = proportional limit; C = upper yield point A= yield point; B= elongation at fracture; C = fracture point none of the choices A= lower yield point; B = plastic deformation; C = upper yield point A= yield point; B = elastic deformation; C = elastic limit а. d. b. е. с.
This exercise requires showing the complete scanned strokes and procedures, adding it to a pdf document with evidence of all the exercises and the honesty letter. A Titanium specimen with a diameter of 0.8 [in] and 2.5 [in] in length is stretched in uniaxial tension. 1. What is the maximum elongation (DI) of the material. If the deformation is completely elastic? 2. What force is being applied Consider the material properties S_UTS=1205 [MPa]; Sy= 1075 [MPa]; E= 100 [GPa] in the following space write the values found as follows, do not forget the units (-0.5 pts if 4d units do not appear): ]; F= [];
Which statement is most accurate regarding the two materials represented in the given stress-strain diagrams? material A material B none of the choices Material B will withstand a higher load than material A but is more likely to fracture suddenly. Material B would require more total energy to fracture than material A. d. Material B is more ductile and has a lower modulus of elasticity than material A Material A will withstand more stress before plastically deforming than material B. а. b. е. с.

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Necking occurs in the material. A. A v Fracture. v The material has no plastic deformation. В. В C. C The point that defines the yield strength of the material. D.D Plastic deformation and strain hardening occurs. Е. Е F. F The point that defines the tensile strength of the material.