RESSOURCES

Pressure Relief Walls and Why They’re Recommended When engineers need to limit the earth pressure applied to a cast-in-place (CIP) retaining wall or abutment, a pressure relief mechanically stabilized earth (MSE) wall is often recommended. These walls are constructed independently behind the rigid structure, allowing the reinforced soil to [...]

Design for Extreme Loading Conditions When designing railway infrastructure and bridge superstructures, retaining wall performance is critical to the long-term success of the project. These structures must provide exceptional strength, durability, serviceability, and constructability while accommodating demanding loading conditions and site constraints. Geoquest delivers proven solutions for these applications through [...]

As highway agencies adopt higher safety standards to accommodate increased traffic volume, the performance of roadside barriers supported on Mechanically Stabilized Earth (MSE) walls has been an area of focus. Full scale crash testing for MASH test levels TL-3 through TL-5 and extensive dynamic finite element modeling (LS-DYNA) has confirmed [...]

Mining operations require structural systems capable of supporting intense mechanical, geotechnical, and environmental loads. Retaining walls, MSE systems, precast tunnels, and engineered arches must sustain conditions such as heavy haul truck traffic, dynamic vibrations, chemical exposure, extreme temperatures, and blast‑related forces. Geoquest develops these structural components using sustainable, high‑performance [...]

Why Use Lightweight Backfill? There are several solutions for accommodating poor foundation soil and expected settlement when designing MSE and modular retaining walls. Reinforced Earth® MSE and T-WALL® Precast Modular Retaining Walls have been constructed on hundreds of projects in conjunction with dozens of ground improvement techniques. This article [...]