By integrating rigorous finite element analysis, intelligent design algorithms, and automated detailing, ATIR STRAP and BEAMD empower you to:
For high-precision calculations, STRAP provides a specialized . This module determines long-term and short-term deflections by calculating the precise cracked section properties.
Using inaccurate loading scenarios during the design phase (e.g., ignoring phased construction) can lead to unexpected stresses. Identifying the Type and Severity of Cracks Understanding the crack type helps determine the cause: atir strap and beamd with crack
A cracked strap beam is not a problem that will fix itself. Whether it's a minor crack from settling or a major failure due to design issues, it needs to be assessed by a professional. Early detection and proper repair, such as FRP strengthening or jacketing, can prevent structural failure and ensure the long-term safety of the structure.
ATIR STRAP offers a rich set of modules and tools that empower engineers to perform accurate and efficient designs: Identifying the Type and Severity of Cracks Understanding
Lack of top reinforcement in the strap beam, which is critical for handling the high bending moments, can lead to cracking 3. Geotechnical and Settlement Issues
[Global FEA Model in STRAP] │ ▼ (Exports Internal Forces) [Detailing Tool: BEAMD] │ ┌───────────┴───────────┐ ▼ ▼ [Meets Crack Code] [Exceeds Crack Limits] │ │ ▼ ▼ [Generate Drawings] [Automated Rebar Optimization] │ ▼ [Add Tension Steel] [Reduce Bar Diameters] [Re-verify Flexural Stiffness] Crack Width Optimization Loop ATIR STRAP offers a rich set of modules
Cracks in concrete are not automatically a sign of imminent failure. In fact, some cracking is expected due to concrete's low tensile strength. However, for several reasons:
