Tower — Radimpex

It offers a closed-loop workflow that saves hours of manual drafting and reduces the risk of errors between analysis and construction drawings. While it may not be the global market leader in the US, its dominance in Europe and its specialized focus on RC detailing make it a formidable tool.

Streamlined dimensioning reduces manual calculation errors in reinforcement design. radimpex tower

High-rise buildings often suffer from rigid diaphragm issues and beam-column eccentricities. Radimpex Tower has a robust algorithm for automatically calculating and applying rigid offsets. This ensures that the internal force distribution reflects real-world physics, not idealized centerline models. It offers a closed-loop workflow that saves hours

Given the seismic activity in the Balkan region, earthquake engineering is a non-negotiable requirement for any structural software. Radimpex Tower provides robust modules for seismic analysis, including modal response spectrum analysis and time-history analysis. These tools allow engineers to simulate how a building will respond to earthquake waves, ensuring that the design includes adequate ductility and strength to withstand tectonic events. High-rise buildings often suffer from rigid diaphragm issues

Why has Radimpex Tower remained a staple in engineering offices? The answer lies in its feature set, which balances high-level analysis with practical design requirements.

: It utilizes both beam (for piles, struts, and beams) and surface (for plates and walls) finite elements to simulate real-world structural behavior.