When assessing long-term deflection, ATIR STRAP utilizes non-linear material algorithms to evaluate structural stiffness. The software applies the following sequence:
Cracking reduces the "moment of inertia" of a beam.
A structural model analyzed and designed by STRAP can be interactively detailed using BEAMD. This close integration also permits the design of beams according to earthquake code requirements. BEAMD is available for BS 8110, Eurocode 2, ACI 318, IS 456, CSA A23.3, and other international standards. The result is an economical and practical design with neatly drawn reinforcement details and accurately scheduled bar lists, produced in minutes rather than hours.
BEAMD is the complete and totally integrated solution for reinforced concrete beam design, detailing, drafting, and scheduling. It transforms what is traditionally a tedious, error‑prone manual process into a fast, efficient, and interactive design experience. BEAMD can be used independently, integrated with STRAP, or connected to a CAD system, giving engineers exceptional flexibility.
: These adjustments allow the global 3D model to better reflect the real-world behavior of the building frame before more detailed reinforcement is designed. Reinforced Concrete Design in BEAMD
Before modeling a foundation strap or a continuous framework in software, engineers must recognize how cracking transforms a cross-section. Concrete has high compressive strength but very weak tensile strength.
When assessing long-term deflection, ATIR STRAP utilizes non-linear material algorithms to evaluate structural stiffness. The software applies the following sequence:
Cracking reduces the "moment of inertia" of a beam. atir strap and beamd with crack
A structural model analyzed and designed by STRAP can be interactively detailed using BEAMD. This close integration also permits the design of beams according to earthquake code requirements. BEAMD is available for BS 8110, Eurocode 2, ACI 318, IS 456, CSA A23.3, and other international standards. The result is an economical and practical design with neatly drawn reinforcement details and accurately scheduled bar lists, produced in minutes rather than hours. This close integration also permits the design of
BEAMD is the complete and totally integrated solution for reinforced concrete beam design, detailing, drafting, and scheduling. It transforms what is traditionally a tedious, error‑prone manual process into a fast, efficient, and interactive design experience. BEAMD can be used independently, integrated with STRAP, or connected to a CAD system, giving engineers exceptional flexibility. BEAMD is the complete and totally integrated solution
: These adjustments allow the global 3D model to better reflect the real-world behavior of the building frame before more detailed reinforcement is designed. Reinforced Concrete Design in BEAMD
Before modeling a foundation strap or a continuous framework in software, engineers must recognize how cracking transforms a cross-section. Concrete has high compressive strength but very weak tensile strength.