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Can I read Cross-section Behaviour and Design of Press-braked Ferritic Stainless Steel Channel Sections Under Combined Compression and Major-axis Bending Moment on EtoBox?
Cross-section Behaviour and Design of Press-braked Ferritic Stainless Steel Channel Sections Under Combined Compression and Major-axis Bending Moment by Shuai Li; Yating Liang; Ou Zhao is a Engineering article available to read on EtoBox.
What is Cross-section Behaviour and Design of Press-braked Ferritic Stainless Steel Channel Sections Under Combined Compression and Major-axis Bending Moment about?
This paper presents experimental and numerical investigations into the cross-section behaviour and resistance of press-braked ferritic stainless steel channel sections under combined compression and major-axis bending moment. An experimental programme, including initial local geometric imperfection measurements and ten major-axis eccentric compression tests, was firstly conducted, with the test setup, procedures and results reported in detail. This was followed by a numerical modelling programme, where finite element models were developed and validated against the major-axis eccentric compression test results and then adopted to conduct parametric studies to expand the test data pool over a wider range of cross-section dimensions and loading combinations. Based on the obtained test and numerical data, the design interaction curves for press-braked ferritic stainless steel channel sections under combined compression and major-axis bending moment, as given in the American specification and European code, were evaluated. The evaluation results revealed that the American specification resulted in a good level of design accuracy, while the European code led to conservative resistance pr
Who reads Cross-section Behaviour and Design of Press-braked Ferritic Stainless Steel Channel Sections Under Combined Compression and Major-axis Bending Moment?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Shuai Li; Yating Liang; Ou Zhao
- Publisher
- Elsevier BV
- Published
- 2023
- Language
- EN
- Field
- Engineering (Physical Sciences)