Reinforced Earth has developed several solutions to design and build large precast concrete box bridge structures. Our customized solutions are recognized by owners, engineers and builders alike.<\/h2>\n<\/div>![\"\"](\"https:\/\/www.reinforcedearth.ph\/wp-content\/uploads\/sites\/18\/2022\/01\/banner-835x558_App_Bridges1.jpg\")
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<\/div><\/div><\/div>![\"\"](\"https:\/\/www.reinforcedearth.ph\/wp-content\/uploads\/sites\/18\/2021\/03\/TechBox.jpg\")
<\/div><\/div><\/div><\/div><\/i><\/div><\/i><\/div><\/div><\/div>The TechBox\u2122<\/a> innovation<\/h2>\nThis Reinforced Earth solution satisfies our customers\u2019 need for a speedy and durable alternative to building large cast-in-place standalone or multi-cell box culvert alternatives. TechBox\u2122<\/a> is ideally suited to having clearance envelops of \u2265 5m x 3m.<\/p>\nTypical applications for TechBox\u2122<\/a> include cut-and-cover box structures as single or multi-span for direct support and thruway for vehicles & railway (including heavy rail), pedestrian and animal crossings, and waterways.<\/p>\nThe TechBox\u2122<\/a> design approach<\/h2>\nOur structural and geotechnical design approach considers soil-structure interaction, and all peripheral characteristics of the structure\u2019s size, purpose and setting. Reinforced Earth engineers analyze subsurface and backfill planning, the sequence of installation and service performance requirements. By modeling the in-service structure through FEM analysis, our bridge specialists establish reliable elasto-plastic soil models in determining acceptable soil stiffness and elasticity, and then design the structural precast elements around these soil-structure models.<\/p>\n
We combine the soil behavior model with optimized thin and flexible articulated structural components which result in a highly predictable and stable design for your structure. The result:<\/p>\n
\n- Cost effectiveness:<\/strong> overall installed costs is at par or lower compared to conventional methods.<\/li>\n
- Time savings:<\/strong> the standardized method to install modular units dramatically reduce construction time.<\/li>\n
- Technical quality:<\/strong> factory controlled production of wall panels and over-bridging slabs ensures best quality.<\/li>\n
- Sustainability:<\/strong> optimized material content using thin sections and backfill as a structural element reduces consumption of materials.<\/li>\n
- Safety in mind:<\/strong> using highly engineered precast elements, it is easiest to organize safety at jobsites through standardized procedures.<\/li>\n<\/ul>\n
TechBox\u2122<\/a> construction procedure<\/h2>\n\n- Installation and alignment of initial precast segmental, full-height side wall panels.<\/li>\n
- Continuation of installing full-height precast side walls.<\/li>\n
- Installation of segmental over-bridging (top slab units).<\/li>\n
- Cast in-situ base slab (if required).<\/li>\n
- Application of joint treatment.<\/li>\n
- Stage 1 backfilling (prior to side stich application).<\/li>\n
- In-situ casting of side stitch (connecting side walls to top slabs).<\/li>\n
- Stage 2 backfilling (completion and finishing).<\/li>\n<\/ol>\n<\/div><\/div><\/div><\/div><\/div><\/div>
![](\"https:\/\/www.reinforcedearth.ph\/wp-content\/uploads\/sites\/18\/2021\/03\/Picture4.jpg\" "\\"Picture4\\"")
<\/span><\/div><\/div><\/div><\/div><\/div>MSE Wall alternative for box-bridges<\/h2>\n
The versatility of Reinforced Earth\u00ae MSE walls<\/a> lends itself to building box bridges. These walls are often designed in similar fashion to r<\/a>oad and rail bridge abutments<\/a> with adjoining MSE wing walls to form box bridge structures<\/a>.<\/p>\nTechWall\u2122<\/a> and T-Wall\u00ae<\/a> alternative for box-bridges<\/a><\/h2>\nIn some circumstances involving very wide span openings, a custom designed TechWall\u2122 counterfort wall<\/a> or T-Wall\u00ae<\/a> solution may be adapted to create a box bridge<\/a>, typically requiring long-span over-bridging elements.<\/p>\nArchitectural finish<\/a><\/h2>\n
<\/div><\/div><\/div><\/div><\/div><\/div><\/div><\/div><\/div><\/div>The TechBox\u2122<\/a> innovation<\/h2>\nThis Reinforced Earth solution satisfies our customers\u2019 need for a speedy and durable alternative to building large cast-in-place standalone or multi-cell box culvert alternatives. TechBox\u2122<\/a> is ideally suited to having clearance envelops of \u2265 5m x 3m.<\/p>\nTypical applications for TechBox\u2122<\/a> include cut-and-cover box structures as single or multi-span for direct support and thruway for vehicles & railway (including heavy rail), pedestrian and animal crossings, and waterways.<\/p>\nThe TechBox\u2122<\/a> design approach<\/h2>\nOur structural and geotechnical design approach considers soil-structure interaction, and all peripheral characteristics of the structure\u2019s size, purpose and setting. Reinforced Earth engineers analyze subsurface and backfill planning, the sequence of installation and service performance requirements. By modeling the in-service structure through FEM analysis, our bridge specialists establish reliable elasto-plastic soil models in determining acceptable soil stiffness and elasticity, and then design the structural precast elements around these soil-structure models.<\/p>\n
We combine the soil behavior model with optimized thin and flexible articulated structural components which result in a highly predictable and stable design for your structure. The result:<\/p>\n
\n- Cost effectiveness:<\/strong> overall installed costs is at par or lower compared to conventional methods.<\/li>\n
- Time savings:<\/strong> the standardized method to install modular units dramatically reduce construction time.<\/li>\n
- Technical quality:<\/strong> factory controlled production of wall panels and over-bridging slabs ensures best quality.<\/li>\n
- Sustainability:<\/strong> optimized material content using thin sections and backfill as a structural element reduces consumption of materials.<\/li>\n
- Safety in mind:<\/strong> using highly engineered precast elements, it is easiest to organize safety at jobsites through standardized procedures.<\/li>\n<\/ul>\n
TechBox\u2122<\/a> construction procedure<\/h2>\n\n- Installation and alignment of initial precast segmental, full-height side wall panels.<\/li>\n
- Continuation of installing full-height precast side walls.<\/li>\n
- Installation of segmental over-bridging (top slab units).<\/li>\n
- Cast in-situ base slab (if required).<\/li>\n
- Application of joint treatment.<\/li>\n
- Stage 1 backfilling (prior to side stich application).<\/li>\n
- In-situ casting of side stitch (connecting side walls to top slabs).<\/li>\n
- Stage 2 backfilling (completion and finishing).<\/li>\n<\/ol>\n<\/div><\/div><\/div><\/div><\/div><\/div><\/span><\/div><\/div><\/div><\/div><\/div>
MSE Wall alternative for box-bridges<\/h2>\n
The versatility of Reinforced Earth\u00ae MSE walls<\/a> lends itself to building box bridges. These walls are often designed in similar fashion to r<\/a>oad and rail bridge abutments<\/a> with adjoining MSE wing walls to form box bridge structures<\/a>.<\/p>\nTechWall\u2122<\/a> and T-Wall\u00ae<\/a> alternative for box-bridges<\/a><\/h2>\nIn some circumstances involving very wide span openings, a custom designed TechWall\u2122 counterfort wall<\/a> or T-Wall\u00ae<\/a> solution may be adapted to create a box bridge<\/a>, typically requiring long-span over-bridging elements.<\/p>\nArchitectural finish<\/a><\/h2>\n
Typical applications for TechBox\u2122<\/a> include cut-and-cover box structures as single or multi-span for direct support and thruway for vehicles & railway (including heavy rail), pedestrian and animal crossings, and waterways.<\/p>\n Our structural and geotechnical design approach considers soil-structure interaction, and all peripheral characteristics of the structure\u2019s size, purpose and setting. Reinforced Earth engineers analyze subsurface and backfill planning, the sequence of installation and service performance requirements. By modeling the in-service structure through FEM analysis, our bridge specialists establish reliable elasto-plastic soil models in determining acceptable soil stiffness and elasticity, and then design the structural precast elements around these soil-structure models.<\/p>\n We combine the soil behavior model with optimized thin and flexible articulated structural components which result in a highly predictable and stable design for your structure. The result:<\/p>\n The versatility of Reinforced Earth\u00ae MSE walls<\/a> lends itself to building box bridges. These walls are often designed in similar fashion to r<\/a>oad and rail bridge abutments<\/a> with adjoining MSE wing walls to form box bridge structures<\/a>.<\/p>\n In some circumstances involving very wide span openings, a custom designed TechWall\u2122 counterfort wall<\/a> or T-Wall\u00ae<\/a> solution may be adapted to create a box bridge<\/a>, typically requiring long-span over-bridging elements.<\/p>\nThe TechBox\u2122<\/a> design approach<\/h2>\n
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TechBox\u2122<\/a> construction procedure<\/h2>\n
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<\/span><\/div><\/div>MSE Wall alternative for box-bridges<\/h2>\n
TechWall\u2122<\/a> and T-Wall\u00ae<\/a> alternative for box-bridges<\/a><\/h2>\n
Architectural finish<\/a><\/h2>\n