- To understand principles of industrial warehouse design and apply them effectively.
- To analyse structural components of high-rise buildings and their applications.
- To develop skills to calculate load distribution in industrial warehouses.
- To learn about innovative materials for high-rise building construction.
- To evaluate safety standards in the design of industrial structures.
- To apply design software tools for high-rise building planning.
- To integrate sustainability in warehouse and high-rise building designs.
UNIT 1. DESIGN OF INDUSTRIAL WAREHOUSES (I) Industrial warehouses. Components and types Foundations Frames (I). Types Frames (II). Calculation Example of a gable frame UNIT 2. DESIGN OF INDUSTRIAL WAREHOUSES (II) Bracing systems. Types Roof and facade purlins. Design and calculation Roof and facade bracing. Practical examples Overhead crane (I). Introduction Overhead crane (II). Actions and calculation UNIT 3. CALCULATION AND DESIGN OF HIGH-RISE BUILDINGS (I) High-rise buildings. Introduction. General criteria Rigid frame systems Rigid core structures Tubular structures Stiffening systems for lateral stability UNIT 4. CALCULATION AND DESIGN OF HIGH-RISE BUILDINGS (II) Building structural frames Building seismic calculation (I). The simplified method Building seismic calculation (II). Example Study on wind pressure Influence of axial deformations