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RISA 3D - Learn from scratch
Rating: 3.7 out of 5(20 ratings)
86 students

RISA 3D - Learn from scratch

Risa 3d for modelling and design
Created byBIKI KUMAR DAS
Last updated 8/2024
English
English [Auto],

What you'll learn

  • Overview of the software and its capabilities
  • Creating and defining geometric models
  • Setting up material properties and cross-sectional shapes.
  • Understanding and applying boundary conditions and supports.
  • Defining and applying loads (dead loads, live loads, wind loads, seismic loads, etc.).
  • Running structural analyses to determine internal forces, moments, and reactions.

Course content

2 sections8 lectures4h 10m total length
  • Introduction to RISA 3D3:54

    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.

  • How To Set Units And Keyboard Shortcut Keys9:09

    learn how to set units in research 3D, choose metric or empirical, and customize keyboard shortcuts and application settings for a streamlined workflow.

  • How to Analyse And Design a Beam37:26

    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.

  • Modelling , Analysis and Design of G+1 RCC building47:50

    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 Of 10 Storey RCC Building With Deal load , Live load ,Wind Load1:09:08

    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.

  • Design Of 10 Storey RCC Building With WL and Seismic Load51:18

    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.

Requirements

  • Fundamental Knowledge of Structural Engineering

Description

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.

Who this course is for:

  • Civil and Structural Engineering Students,Engineering Consultants,Architects and Designers,Technical Support Staff