Course description
Size floor slabs using the data sheets previously prepared by the manufacturer and the loads acting on the slab.
Why enrol on this course?
Who can take this course?
Employed, self-employed or unemployed people who want to improve their skills.
Free course
Subsidised training, at no cost to the student.
Online course
Study from home with a flexible format.
Certified course
When you finish you will be able to certify the training you have completed.
Course content
1. GENERAL CRITERIA
1.1. General overview of the regulatory situation.
1.2. General principles.
1.3. Safety criteria and calculation bases.
1.4. Actions.
1.5. Structural analysis.
1.6. Partial factors.
1.7. Relationship with the Spanish Technical Building Code (CTE).
2. MATERIALS
2.1. Materials.
2.2. Material data for drafting the project.
2.3. Technological properties of structural materials.
2.4. Design values and partial factors.
3. ULTIMATE LIMIT STATE CHECKS
3.1. Determining internal forces for ULS situations.
3.2. Normal and shear stresses.
4. SERVICEABILITY LIMIT STATE CHECKS
4.1. Determining internal forces for SLS situations.
4.2. Deflection and cracking.
4.3. Staged calculation.
5. ADDITIONAL CRITERIA TO CONSIDER IN SLAB DESIGN
5.1. Specific criteria to consider when drafting the project regarding durability and fire.
6. APPLICATION EXAMPLES
6.1. Single-span and continuous slabs.
1.1. General overview of the regulatory situation.
1.2. General principles.
1.3. Safety criteria and calculation bases.
1.4. Actions.
1.5. Structural analysis.
1.6. Partial factors.
1.7. Relationship with the Spanish Technical Building Code (CTE).
2. MATERIALS
2.1. Materials.
2.2. Material data for drafting the project.
2.3. Technological properties of structural materials.
2.4. Design values and partial factors.
3. ULTIMATE LIMIT STATE CHECKS
3.1. Determining internal forces for ULS situations.
3.2. Normal and shear stresses.
4. SERVICEABILITY LIMIT STATE CHECKS
4.1. Determining internal forces for SLS situations.
4.2. Deflection and cracking.
4.3. Staged calculation.
5. ADDITIONAL CRITERIA TO CONSIDER IN SLAB DESIGN
5.1. Specific criteria to consider when drafting the project regarding durability and fire.
6. APPLICATION EXAMPLES
6.1. Single-span and continuous slabs.