Geogrid
Retaining
Walls
What are Geogrid Reinforced Retaining Walls?
Geogrid reinforced retaining walls – also known as Mechanically Stabilized Earth (MSE) retaining systems – are load-bearing composite structures. These walls consist of compacted backfill materials and geogrid layers. The geogrid layers provide strength and reinforce soils behind the wall.
Their integrated system includes big block retaining walls. These walls protect against soil erosion and support heavy or active loads above.
These retaining walls expand land development projects. They also stabilize pressures caused by parking lots, civil structures, roadways, or bridges above the wall.
Geogrid retaining walls are cost-efficient for large walls. They use geogrid material, an engineered fabric made of polypropylene, to aid in soil reinforcement.
Geogrid reinforced retaining walls are strategically engineered and comprised of:
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Advantages of Geogrid Retaining Walls
How Do
Geogrid
Retaining
Walls Work?
MagnumStone’s concrete blocks are used alongside geogrid layers. These layers are measured and placed between vertical rows of the blocks. The geogrid is installed securely between the retaining wall courses using precise techniques. The approved soil is then backfilled and compacted behind the wall for maximum tensile strength.
The blocks, soil, and geogrid complement each other to retain the earth’s structure. Certified labs carry out essential “Connection Capacity Testing” on geogrid-block connections. These tests are used for MagnumStone’s engineering software to help design secure retaining wall projects.
Common Applications for Geogrid Retaining Walls:
When to Use
Geogrid for
Retaining Wall
Designs
MagnumStone offers a free Retaining Wall Design & Analysis Software that examines essential, critical considerations. The software checks if geogrid is needed by analyzing heights, loads, soils, and seismic factors. If required, the software automatically determines the Geogrid length and strength. The retaining wall systems are engineered using various methodologies including NCMA, AASHTO, EUROCODE, and LRFD.
Retaining walls taller than 6 ft. (1.82 m.) typically need geogrid reinforcement. Geogrid walls cost less than cast-in-place concrete walls, which require extensive labor, massive footings, rebar and poured concrete.
Geogrid Retaining Wall Design Considerations:
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Geogrid Solution
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DOCUMENTS & DOWNLOADS FOR GRAVITY RETAINING WALLS
All related documents for this design option are listed here, or to view our entire downloads catalog click here
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Geogrid Reinforced Retaining Wall Documents
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Related Design Details
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Geogrid Wall Case Studies
Every MagnumStone project has a story behind it, not just backfill and drainage channels. Our extensively library of detailed MagnumStone case studies feature impressive versatility and retaining wall successes.
