# Thin-Walled Structures

Thin-Walled Structures > 2016 > 106 > C > 1-8

Thin-Walled Structures > 2016 > 106 > C > 448-458

Thin-Walled Structures > 2016 > 106 > C > 437-447

Thin-Walled Structures > 2016 > 106 > C > 218-227

Thin-Walled Structures > 2016 > 106 > C > 51-60

Thin-Walled Structures > 2016 > 106 > C > 75-92

Thin-Walled Structures > 2016 > 106 > C > 358-375

Thin-Walled Structures > 2016 > 106 > C > 390-406

Thin-Walled Structures > 2016 > 106 > C > 407-419

Thin-Walled Structures > 2016 > 106 > C > 268-283

Thin-Walled Structures > 2016 > 106 > C > 9-17

Thin-Walled Structures > 2016 > 106 > C > 179-186

Thin-Walled Structures > 2016 > 106 > C > 495-507

_{1}, width of the sidewall: C

_{2}) in bending was investigated using the finite element method. It is found that the flattening ratio μ

_{2}can be expressed by a sole function of nondimensional curvature κgC12/t (κ

_{g}: the bending curvature of the tube's central axis) independent of tube thickness in...

Thin-Walled Structures > 2016 > 106 > C > 459-470

Thin-Walled Structures > 2016 > 106 > C > 201-217

Thin-Walled Structures > 2016 > 106 > C > 284-293

Thin-Walled Structures > 2016 > 106 > C > 113-128

Thin-Walled Structures > 2016 > 106 > C > 294-315

Thin-Walled Structures > 2016 > 106 > C > 61-74

Thin-Walled Structures > 2016 > 106 > C > 93-101