4) Given the following stress distribution: [T] T12(x.x) 0 T2(x, x) x-2x 0 (3 Marks)...

  

Transcribed Image Text:

4) Given the following stress distribution: [T] T12(x₁.x₂) 0 T₁2(x₁, x₂) x₁-2x₂ 0 ง (3 Marks) Find T₁2 so that the stress distribution is in equilibrium with zero body force and so that the stress vector on the plane x₁ = 1 is given by t = (1+x₂)e₁ + (5-x₂)e₂. 4) Given the following stress distribution: [T] T12(x₁.x₂) 0 T₁2(x₁, x₂) x₁-2x₂ 0 ง (3 Marks) Find T₁2 so that the stress distribution is in equilibrium with zero body force and so that the stress vector on the plane x₁ = 1 is given by t = (1+x₂)e₁ + (5-x₂)e₂. 4) Given the following stress distribution: [T] T12(x₁.x₂) 0 T₁2(x₁, x₂) x₁-2x₂ 0 ง (3 Marks) Find T₁2 so that the stress distribution is in equilibrium with zero body force and so that the stress vector on the plane x₁ = 1 is given by t = (1+x₂)e₁ + (5-x₂)e₂. 4) Given the following stress distribution: [T] T12(x₁.x₂) 0 T₁2(x₁, x₂) x₁-2x₂ 0 ง (3 Marks) Find T₁2 so that the stress distribution is in equilibrium with zero body force and so that the stress vector on the plane x₁ = 1 is given by t = (1+x₂)e₁ + (5-x₂)e₂. 4) Given the following stress distribution: [T] T12(x₁.x₂) 0 T₁2(x₁, x₂) x₁-2x₂ 0 ง (3 Marks) Find T₁2 so that the stress distribution is in equilibrium with zero body force and so that the stress vector on the plane x₁ = 1 is given by t = (1+x₂)e₁ + (5-x₂)e₂. 4) Given the following stress distribution: [T] T12(x₁.x₂) 0 T₁2(x₁, x₂) x₁-2x₂ 0 ง (3 Marks) Find T₁2 so that the stress distribution is in equilibrium with zero body force and so that the stress vector on the plane x₁ = 1 is given by t = (1+x₂)e₁ + (5-x₂)e₂. 4) Given the following stress distribution: [T] T12(x₁.x₂) 0 T₁2(x₁, x₂) x₁-2x₂ 0 ง (3 Marks) Find T₁2 so that the stress distribution is in equilibrium with zero body force and so that the stress vector on the plane x₁ = 1 is given by t = (1+x₂)e₁ + (5-x₂)e₂. 4) Given the following stress distribution: [T] T12(x₁.x₂) 0 T₁2(x₁, x₂) x₁-2x₂ 0 ง (3 Marks) Find T₁2 so that the stress distribution is in equilibrium with zero body force and so that the stress vector on the plane x₁ = 1 is given by t = (1+x₂)e₁ + (5-x₂)e₂.

Answer rating: 100% (QA)

04 T at x 1 for Row 1 X X T X1 X 2 T x x x2x for equ... View the full answer