5-Storey RC School Building Analysis and Design to Eurocode

This tutorial guides you through modeling and designing a five-storey reinforced concrete school building in MIDAS GEN NX. You will define C35/45 concrete, beam and column sections, stiffness modification factors, secondary members, story data, releases, and supports. You will apply classroom, corridor, and roof loads together with Eurocode wind and seismic actions. After performing eigenvalue and response spectrum analyses, you will review reactions, deformations, and member forces before completing Eurocode 2 beam and column design with Eurocode 8 capacity-design provisions. By completing this quest, you will learn how to: - Generate a multi-storey RC building frame - Define concrete sections and cracked-section stiffness factors - Configure secondary beams, releases, supports, and story data - Apply floor, beam, wind, and equivalent seismic loads - Perform eigenvalue and response spectrum analyses - Generate Eurocode combinations with orthogonal seismic effects - Design RC beams and columns to Eurocode 2 and Eurocode 8

• Submit a model file generated based on the attached tutorial
• Submit a document with screenshots of deformation, forces & stresses
• Submit the beam & column RC design report generated using midads Gen NX