10 (b)Figure Q1 shows ceramic specimens subjected to the pure uniaxial force. SpecimenA is compressed until failure at the maximum compressive force, Fe= 31.12 kN.Meanwhile, specimen B experiences tension that reached the maximum tensile force,Ft = 4.98 kN. The surface area perpendicular to the force has the size of 8.5 mmwidth and 100 mm length.()(ii)Determine the important parameters of Gavg, R, Omin and Omax. Then, plotMohr's circle for specimens A and B at the same T- plane.Describe THREE (3) observation on Mohr's circle for specimens A and B.=(iii) If the orientation of element is set at 0, 15° and 9 pchanges that may occur to Mohr's circle.Fc kNSpecimen A1/F₁ kNSpecimen B= 30°, discuss they

An elemental area can be subjected to stress due to applied load . For uniaxial it is subjected to…

b) Figure Q1 shows ceramic specimens subjected to the pure uniaxial force. Specimen A is compressed until failure at the maximum compressive force, Fe= 31.12 kN Meanwhile, specimen B experiences tension that reached the maximum tensile force Ft = 4.98 kN. The surface area perpendicular to the force has the size of 8.5 mm width and 100 mm length. (1) (ii) Determine the important parameters of Gavg, R, Gmin and Gmax. Then, plo Mohr's circle for specimens A and B at the same T-σ plane. Describe THREE (3) observation on Mohr's circle for specimens A and B. (III) If the orientation of element is set at 0,= 15° and 0 p = 30°, discuss the changes that may occur to Mohr's circle. F₂ kN Specimen A F₁ kN Specimen B y M

b) Figure Q1 shows ceramic specimens subjected to the pure uniaxial force. Specimen A is compressed until failure at the maximum compressive force, Fe= 31.12 kN Meanwhile, specimen B experiences tension that reached the maximum tensile force Ft = 4.98 kN. The surface area perpendicular to the force has the size of 8.5 mm width and 100 mm length. (1) (ii) Determine the important parameters of Gavg, R, Gmin and Gmax. Then, plo Mohr's circle for specimens A and B at the same T-σ plane. Describe THREE (3) observation on Mohr's circle for specimens A and B. (III) If the orientation of element is set at 0,= 15° and 0 p = 30°, discuss the changes that may occur to Mohr's circle. F₂ kN Specimen A F₁ kN Specimen B y M

Materials Science And Engineering Properties

1st Edition

ISBN:9781111988609

Author:Charles Gilmore

Publisher:Charles Gilmore

Chapter6: Introduction To Mechanical Properties

Section: Chapter Questions

Problem 6.2P

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