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Cantilever Diaphragms

Modern apartment buildings and hotels often feature expansive windows and open spaces on exterior walls, leaving little room for traditional shear walls. Cantilevered diaphragms are essential in these designs, efficiently transferring lateral loads to internal supports. With LAVA, designing cantilever…
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Discontinuous Shear Walls

Simplify Complex Loads: How LAVA Handles Unstacked Lateral Walls In structural design, lateral wall placement and alignment can make or break the building design. When lateral walls aren’t perfectly stacked in a building, the transfer of lateral forces can create…
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A Quick Tour of LAVA

This video will give you a quick tour of the workflow of LAVA and how to get results fast. LAVA, a comprehensive Windows-based structural engineering software designed for the intricate analysis and design of wood-framed structures. Leveraging cutting-edge technology and…
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Got Change?

Changes are inevitable in wood design projects, but without an efficient workflow, they can lead to costly delays and missed deadlines. Spreadsheets, though popular, often fall short in handling project changes. Discover how LAVA streamlines your workflow, ensuring accuracy, adaptability, and time savings.
LAVA Gravity Plate

LAVA Feature Review

Explore the power and versatility of LAVA, the cutting-edge software designed for structural engineers. In this short video, we take you through a comprehensive overview of LAVA’s features, showcasing its loading presets, lateral and gravity load calculation and automated load…
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LAVA Help

Comprehensive documentation to help your users get started with LAVA Structural engineering software. Click here to find the comprehensive LAVA Help Manual, your go-to resource for detailed descriptions and step-by-step guidance on utilizing every feature of our program.