
Explore the introduction to waffle slabs, their two-way behavior, spacing between ribs, type one and type two configurations, and how to determine thickness and edge sections for effective design.
Introduce waffle slab type 2, a two-way ribbed slab, detailing rib spacing of 0.8 m, 3.5 kN/m² loads, exterior panel design, and drop beam considerations.
Explore the one-way ribbed slab design, selecting rib directions along the x and y axes and sizing thickness using dead and live loads from the code table.
Explain flat slab design without interior beams or ribs, determine thickness using the maximum panel span and L over 3 method, and apply edge drop beams with software loads.
Investigate solid slab RCC design, determine beam sections and the slope, choose drop beams, avoid hidden beams, and apply panel perimeter and thickness checks per Asai code, with AutoCAD-assisted detailing.
Learn how to install and navigate Prokon, an analysis and design software for RC elements like beams, slabs, foundations, columns, and walls, with 2D/3D modeling and reporting.
Define user preferences in Prokon by configuring header details, backup settings, code of practice, euro code, and metric units for concrete and steel design.
Learn to analyze and design a simply supported reinforced concrete beam using Prokon, from selecting sections and defining loads to checking moment, shear, deflection, and reinforcement details.
Analyze and design a continuous beam using Prokon, defining sections, materials, spans, and loads. Infer deflection, moments, and reinforcement from results and export drawings and AutoCAD files.
Analyze and design strap beams that connect two foundation necks to prevent rotation under soil pressure, using beam sections, soil models, and evaluating moments and deflection.
Learn to analyze and design a rectangular flat slab with punching shear checks, deflection checks, and bending reinforcement, using practical step-by-step input and detailing.
Explore the analysis and design of ribbed slabs in Prokon, treating ribs as beams, creating concrete sections, and determining reinforcement and deflection for a simply supported span.
This lecture covers designing isolated and strip shallow foundations with a structural tool, using the HCI 2014 code, inputting dimensions, soil bearing capacity, overturning moment, and reinforcement.
Explore reinforcement concrete column design in Prokon for rectangular and circular sections, applying Asai code rules to set section, cover, loads, and reinforcement layouts.
Design and check reinforcement concrete retaining walls, including cantilever and gravity types, using height, loads, soil, water levels, and reinforcement detailing with design parameters and safety factors.
This course teaches you all the things required for the structural analysis and design of a r.c.c structural elements This course, as the title says, doesn't require you to have any prior experience in this software or any other structural design software. It will teach all the aspects of the software from very basic and will take you to the higher levels of the software as the course progresses. The course has been very systematically arranged so that you can best understand the software. Once you complete this course, you will have all the necessary knowledge to do structural design of a steel warehouse. You can work as a structural designer or can do the structural design of buildings on your own projects.
This course not just a tutorial on Prokon software but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element using the Prokon
PROKON is a Structural Analysis and Design Software, Which is Widely used and very Dependable software.
Easy to Learn and use, Very Helpful for Civil Engineers who wants to be Professional in Structural Analysis and Deliver Correct Designs asked For.
This Course is Filled with every Detail that will assure you the correct design along with being an Economic selection and more important is safe one.
In this Course your will achieve the Following :
1-Full Information on each Member.
2-Full Calculation Details.
3-Designing Each Members.
4-Detailing of the designed member.