
Risa 3D is a three-dimensional structural analysis and design software used for modeling, applying supports and loads, analyzing shear force and bending moment diagrams, and designing reinforcements for rcc structures.
learn how to set units in research 3D, choose metric or empirical, and customize keyboard shortcuts and application settings for a streamlined workflow.
Master Risa 3D beam analysis by setting codes and grids, modeling a beam, applying dead and live loads, and viewing the resulting shear force and bending moment diagrams plus deflections.
Explore modeling a G+1 RCC building in RISA 3D from scratch, creating a 3D frame, applying slabs and walls, adding loads, and performing analysis with code checks and material takeoff.
Design and analyze a ten-storey RCC building in 3d, using templates and section sets to model beams, slabs, walls, and apply dead, live, and wind loads.
Learn how to design a 10-story RCC building in RISA 3D, applying dead, live, wind, and earthquake loads, setting boundary conditions, and generating load combinations for analysis and design results.
Learn to build and modify models in RISA Floor, set up grids and elevations, manage loads and codes, and navigate core tools for fast structural modeling.
Model a structure in RISA Floor from ground floor setup to beams, walls, columns, and diaphragms. Export to RISA 3D for analysis after applying loads and meshing.
RISA-3D is a comprehensive structural analysis and design software tailored for engineers, featuring a user-friendly CAD-like drawing environment that facilitates the creation of complex structures efficiently. The software supports a wide range of materials, allowing for the design of various structures such as buildings, bridges, and tanks. Its intuitive interface is designed with structural engineers in mind, employing a left-to-right, tab-by-tab ribbon approach for easy navigation from model conception to design optimization.
Key Learning Outcomes
Modeling Techniques: Students will gain hands-on experience in creating 3D models of structures, including buildings, bridges, and industrial facilities. The course covers the use of both 1D and 2D elements, allowing for flexibility in design.
Material Properties: Learn to define and apply various material properties, including steel, concrete, and composite materials, ensuring compliance with industry standards.
Load Application and Analysis: The course emphasizes graphical load application, automatic load combinations, and the use of advanced finite element analysis techniques to evaluate structural performance under various conditions.
Design Optimization: Participants will explore design optimization strategies, including the use of RISA-3D’s integrated design modules for beams, columns, and foundations, ensuring structures meet safety and serviceability requirements.
Reporting and Documentation: The course includes training on generating detailed reports with color-coded results, deflection plots, and summary tables, facilitating effective communication of design results.