Year: 2025
Type: article
Abstract: Banjarmasin's swampland presents distinct characteristics that make it suitable for constructing homes, but it also requires special attention, especially concerning the foundation. The soil in this area often has extremely low carrying capacity, which poses a significant challenge for construction. Mistakes in choosing construction materials, coupled with mismatched building loads and inadequate foundation functions, often result in foundation failures—a common cause of building collapses. As the complexity and functionality of buildings increase, the need for more thoughtful house design becomes more crucial. The commonly used wooden pile foundation, while popular, has limited load-bearing capacity, necessitating modifications to enhance its strength. Reinforcing the foundation is one solution, but other approaches can also be taken, such as combining different types of foundations or materials to improve overall stability. These combinations can help create a foundation that can better meet the specific demands of a building. To achieve a foundation design that aligns with the objectives of the building, a specialized model is needed. This research aims to develop such a model, focusing on the reinforcement of wooden pillar foundations in Banjarmasin's challenging swampland. By doing so, the study seeks to provide a practical solution for enhancing the durability and stability of buildings in this unique environment, ensuring that they are better equipped to withstand the demands placed upon them. This model could serve as a critical tool for architects and builders, guiding them in creating safer and more reliable structures in areas with similar soil conditions
Institution: Lambung Mangkurat University
Language: English
Subfield: Civil and Structural Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4411532435