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3-63* At a point on the outside surface of a steel (v 0.30) thin-walled pressure vessel the strain rosette shown in Fig. P3-63 indicates the normal strains ea =+36 µin./in., €6 = +310 µin./in., and e. oriented in the axial and hoop directions of the vessel, re- spectively. Determine the principal strains and the maxi- mum shearing strain at this point. Show the principal strain +150 µin./in. Gages a and c are || deformations and maximum shear strain distortion on a sketch.

3-63* At a point on the outside surface of a steel (v 0.30) thin-walled pressure vessel the strain rosette shown in Fig. P3-63 indicates the normal strains ea =+36 µin./in., €6 = +310 µin./in., and e. oriented in the axial and hoop directions of the vessel, re- spectively. Determine the principal strains and the maxi- mum shearing strain at this point. Show the principal strain +150 µin./in. Gages a and c are || deformations and maximum shear strain distortion on a sketch.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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How would you draw the deformation sketch? 

y Gage T 45° Gage b T 45° Gage a (a) (b)
Transcribed Image Text:y Gage T 45° Gage b T 45° Gage a (a) (b)
3-63* At a point on the outside surface of a steel (v 0.30) thin-walled pressure vessel the strain rosette shown in Fig. P3-63 indicates the normal strains ea =+36 µin./in., €6 = +310 µin./in., and e. oriented in the axial and hoop directions of the vessel, re- spectively. Determine the principal strains and the maxi- mum shearing strain at this point. Show the principal strain +150 µin./in. Gages a and c are || deformations and maximum shear strain distortion on a sketch.
Transcribed Image Text:3-63* At a point on the outside surface of a steel (v 0.30) thin-walled pressure vessel the strain rosette shown in Fig. P3-63 indicates the normal strains ea =+36 µin./in., €6 = +310 µin./in., and e. oriented in the axial and hoop directions of the vessel, re- spectively. Determine the principal strains and the maxi- mum shearing strain at this point. Show the principal strain +150 µin./in. Gages a and c are || deformations and maximum shear strain distortion on a sketch.
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