Question 2. B A 45° 45° 90° C The figure shows a classic strain gauge rosette that can measure the strain in three direc
Posted: Thu May 26, 2022 11:23 am
Question 2. B A 45° 45° 90° C The figure shows a classic strain gauge rosette that can measure the strain in three direction. Given strain at A-20 μ, strain at B=-340 μ, and strain at Ce=-360 P. calculate the principal strains and, and the maximum shear strain Enter your answers in the boxes below, correct to one decimal place. The answers are acceptable within a tolerance of 1 μ. |||
45° 45° 90° C The figure shows a classic strain gauge rosette that can measure the strain in three direction. Given strain at A = 20 μ, strain at Beg -340 μ, and strain at C-360 H, calculate the principal strains and, and the maximum shear strain Enter your answers in the boxes below, correct to one decimal place. The answers are acceptable within a tolerance of 1 μµ. p(3 mark) Coin- (3 mark) Yax (4 mark) [10 marks]
45° 45° 90° C The figure shows a classic strain gauge rosette that can measure the strain in three direction. Given strain at A = 20 μ, strain at Beg -340 μ, and strain at C-360 H, calculate the principal strains and, and the maximum shear strain Enter your answers in the boxes below, correct to one decimal place. The answers are acceptable within a tolerance of 1 μµ. p(3 mark) Coin- (3 mark) Yax (4 mark) [10 marks]