Reinforced concrete and stone structures

Contents

Introduction

1 Assembly Floor Design Layout

2 Calculation and design of multistage prestressed slab

2.1 Initial data

2.2 Calculation of slab by limit states of the first group

2.3 Calculation of slab by limit states of the second group

3. Monolithic ribbed floor

3.1. Beam Plate Calculation and Design

3.2. Calculating and Designing a Secondary Beam

4. Column Calculation

4.1 Calculation of longitudinal reinforcement

4.2 Column console calculation

4.3 Calculation of column junction with crossbar

4.4 Calculation of column junction

3 Calculation of the foundation for the collecting column

Conclusion

Bibliographic list

Introduction

Today, the construction of industrial facilities is an urgent and sought-after area of ​ ​ construction. The main direction of industrial construction development is the design of the most effective typical building designs, which ensure a decrease in material consumption and an increase in their installation speed.

The purpose of the course work is to design a prefabricated beam inter-floor, which includes the layout of the structural layout of the floor, the calculation of a multi-stop prestressed slab and a continuous girder, the design of a column and a separate foundation.

Conclusion

The course project contains:

- calculation and design of a multi-stop prestressed reinforced concrete slab for the first and second groups of limit states;

- building slab structural layout, plan and cross section;

- detailed drawings of the prefabricated slab, girder, column and foundation.

- calculation and design of prefabricated girder, column and foundation;

Thus, we can conclude that the main goal of the course work has been achieved: methods for calculating prefabricated pre-stressed and non-stressed structures for the first and second groups of limit states have been mastered, and their design skills have been obtained.

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