Скачать или смотреть THIN CYLINDER | DERIVATION | HOOP OR CIRCUMFERENTIAL STRAIN | LONGITUDINAL STRAIN | CHANGE IN VOLUME

Thin Cylinders are used in Boiler, Low-Pressure Pipes, Pipes connected to Fluid tanks, etc. Generally, three types of stresses are generated in cylinder named as Hoop or Circumferential Stress, Longitudinal Stress, and Radial Stress but for analyzing purpose Circumferential stress is assumed to be constant for all over its wall thickness as well as radial stress along its direction is neglected.

EX 01 | THIN CYLINDER | HOOP STRESS | LONGITUDINAL STRESS | INTERNAL & EXTERNAL DIAMETER CASES
   • EX 01 | THIN CYLINDER | HOOP STRESS | LONG...  

EX 02 | THIN CYLINDER | DIMENSIONAL CHANGE | STRAINS | CHANGE IN VOLUME | STRESS IN CYLINDER
   • EX 02 | THIN CYLINDER | DIMENSIONAL CHANGE...  

EX 03 | THIN CYLINDER | THICKNESS REQUIRED | CYLINDRICAL SHELL | CHANGE IN VOLUME GIVEN
   • EX 03 | THIN CYLINDER | THICKNESS REQUIRED...  

EX 04 | THIN CYLINDER | THICKNESS REQUIRED | SPHERICAL SHELL | CHANGE IN VOLUME GIVEN
   • EX 04 | THIN CYLINDER | THICKNESS REQUIRED...  

EX 05 | THIN CYLINDER | HOOP STRESS | LONGITUDINAL STRESS | EFFICIENCY OF JOINT GIVEN
   • EX 05 | THIN CYLINDER | HOOP STRESS | LONG...  

EX 06 | THIN CYLINDER | PRESSURE REQUIRED | SPHERICAL SHELL | INCREASE IN VOLUME GIVEN
   • EX 06 | THIN CYLINDER | PRESSURE REQUIRED ...