Numerical prediction of local instability in double corrugated profiles

A Piekarczuk, P Więch - Materials, 2021 - mdpi.com
The technological process of forming the double-corrugated structures of the K-span system
causes deep transverse embossing on the surface of the profiles. Such profile geometry …

Evaluation of limit curves double corrugated profiles of arched roofs

A Piekarczuk - Journal of Constructional Steel Research, 2023 - Elsevier
Double corrugated profiles made of thin sheet metal are susceptible to loss of local stability
and their shapes exclude the possibility of applying design standards. Arch structures made …

[PDF][PDF] Post buckling resistance reserve of corrugated girders with support stiffeners

W Basiński - Archives of Civil Engineering, 2022 - journals.pan.pl
The analysis of web-corrugated and trapezoidal profiled web girders focuses on the
description of buckling resistance, possibly the ultimate resistance neglecting the post …

Method For Determining the Cross‐Sectional Resistance of Transversely Corrugated Cold‐Formed Steel Arches Under Compression

A Al‐Maisari, Z Ma, J Havula, W Lu, J Puttonen - ce/papers, 2023 - Wiley Online Library
Transversely corrugated cold‐formed steel (CFS) arch elements are widely used as self‐
supporting building roofs. The transverse corrugations and the unusual cross‐section …

[HTML][HTML] Обеспечение несущей способности арочных покрытий из холодногнутых тонкостенных профилей

АВ Коргин, ВА Ермаков, ЗКЛ Зейдович - Вестник МГСУ, 2022 - cyberleninka.ru
Введение. Рассматривается напряженно-деформированное состояние арочных
покрытий из холодногнутых тонкостенных профилей без усиления и с усилением …

[PDF][PDF] Introduction to the Investigation of reproduction of the real geometry of UBM panels

R Walentyński, R Cybulski, H Myrcik - Bulletin of the Polish Academy of … - journals.pan.pl
The article concisely describes UBM technology (Ultimate Building Machine), that can be
used as a solution for buildings and roof structures. The structure of this technology is made …