RAM Concept

Reinforced concrete design software is a specialized tool that helps civil and structural engineers analyze, design, and detail concrete structures like beams, columns, slabs, and foundations. It automates complex calculations required to ensure the structure can safely resist loads, considering the properties of both the concrete and the embedded steel reinforcement (rebar). The software helps check compliance with building codes and produces design reports and drawings. 

The two primary design methods used in modern reinforced concrete design are: 

Strength Design Method (or Ultimate Strength Design - USD): This is the most common method used today. It focuses on ensuring the structure can withstand the ultimate loads it is expected to encounter during its lifetime. Loads are multiplied by load factors, and the material strengths are reduced by strength reduction factors to provide a margin of safety. 

Allowable Stress Design (ASD) / Working Stress Method (WSM): This older method designs structural members so that stresses in the concrete and steel under normal service loads remain below pre-defined allowable limits. While less common for the primary design of new structures today, it is still used for checking serviceability requirements like deflections and cracking. 

RAM Concept is a specialized software for the structural analysis and design of elevated concrete floor systems and foundations, including post-tensioned and conventionally reinforced concrete.

Yes, it provides comprehensive tools for modeling, analyzing, and optimizing post-tensioned concrete slabs and foundations, making it an industry-leading tool for PT design. 

Engineers can model the overall building in RAM Structural System and then export individual floor slabs and foundation loads directly to RAM Concept for detailed, optimized design and analysis.