SFRC Jointless Raft – Clad-Rack Warehouse Saudi Arabia
Project Overview
GeoStruXer was commissioned by Rifaf Company to design, analyze, and provide a geostructural appraisal for the foundation system of the Al Sad Warehouse project. The project involved developing a large, jointless, and steel fibre reinforced concrete (SFRC) raft foundation for a clad-rack warehouse. The focus was on ensuring the foundation's performance under applied loads, utilizing an integrated soil–structure interaction (SSI) analysis to meet stringent safety and performance criteria.
Challenges
Solution Approach
Advanced SSI Analysis
Used 3D finite element analysis (FEA) with coupled soil–structure interaction, calibrated with field tests and soil data.
SFRC Raft Design
Designed a steel fibre reinforced concrete raft (500mm to 800mm thick) for better crack control, durability, and load distribution.
Optimized Material Use
Jointless design reduced the need for expansion joints, improving structural integrity and lowering maintenance.
Value Engineering & Sustainability
Cost–Effective
SFRC reduced reinforcement needs and construction time, making the foundation more economical.
Enhanced Durability
Steel fibres improved crack resistance and extended the foundation’s lifespan.
Sustainability
Optimized material use reduced environmental impact.
Cost–Effective
SFRC reduced reinforcement needs and construction time, making the foundation more economical.
Enhanced Durability
Steel fibres improved crack resistance and extended the foundation’s lifespan.
Sustainability
Optimized material use reduced environmental impact.
Collaboration
GeoStruXer worked closely with Rifaf Company, ensuring the foundation design met client needs and site conditions through transparent communication and regular updates.