UNDERSTANDING HOLDOWNS IN LIGHT STEEL FRAME (LSF) STRUCTURES: TYPES, CAPACITIES, AND APPLICATIONS
This article explores the role of **holdowns** in light steel frame (LSF) structures, focusing on their importance in resisting uplift and lateral forces caused by wind or seismic loads. It covers the types of holdowns, their load-bearing capacities based on size, installation considerations, and design recommendations, providing a comprehensive guide for engineers and builders to ensure structural stability and safety.
DURABILITY OF LIGHT STEEL FRAME (LSF) STRUCTURES IN VARIED HUMIDITY CONDITIONS
This article explores the durability of Light Steel Frame (LSF) structures in different humidity conditions, highlighting the impact of zinc coating thickness on corrosion resistance. From arid to coastal environments, it outlines expected lifespans and offers recommendations for enhancing durability in high-humidity areas, making it a valuable guide for ensuring structural longevity in diverse climates.
KEY TERMS AND DEFINITIONS IN LIGHT STEEL FRAME (LSF) CONSTRUCTION
Light Steel Frame (LSF) construction has gained popularity worldwide due to its durability, flexibility, and efficient building processes. Particularly useful in residential, commercial, and industrial structures, LSF offers a sustainable and economical approach to construction. To work effectively with LSF systems, it's essential to understand the terminology commonly used in this field. Below is an overview of some key terms and definitions you may encounter in LSF construction.
