500 MPab0.006120 KN100 mmb) Determine the rod's new length under this loadc) Determine the rod's new diameter under this load20 mm120 kNA rod 100 mm long with a diameter of 20 mm is subject to 120 kN of tension as shown, alongsidewith the stress-strain curve of its material. Assume a Poisson's ratio of 0.35.a) For the given load condition, is the rod behaving elastically or plastically? Explain yourreasoningThe tensile load is now removed, and the ends are now subject to a shear force of 10 KN in thesame plane as the cross-section (i.e., the force is acting "horizontally"). Assume elastic behavior.d) Determine the shear strain resulting from this shear force (ignoring any bending effects)e) What is the horizontal displacement of one end of the rod relative to the other end under thisshear force?

500 MPa b 0.006 € 120 kN b) Determine the rod's new length under this load c) Determine the rod's new diameter under this load 100 mm 20 mm 120 kN A rod 100 mm long with a diameter of 20 mm is subject to 120 kN of tension as shown, alongside with the stress-strain curve of its material. Assume a Poisson's ratio of 0.35. a) For the given load condition, is the rod behaving elastically or plastically? Explain your reasoning

500 MPa b 0.006 € 120 kN b) Determine the rod's new length under this load c) Determine the rod's new diameter under this load 100 mm 20 mm 120 kN A rod 100 mm long with a diameter of 20 mm is subject to 120 kN of tension as shown, alongside with the stress-strain curve of its material. Assume a Poisson's ratio of 0.35. a) For the given load condition, is the rod behaving elastically or plastically? Explain your reasoning

Materials Science And Engineering Properties

1st Edition

ISBN:9781111988609

Author:Charles Gilmore

Publisher:Charles Gilmore

Chapter9: Time, Temperature, And Mechanical Properties

Section: Chapter Questions

Problem 9.3P

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