Lectures related to Concrete slab

Explores the advanced design of concrete structures, covering beams, slabs, columns, and connections.

Discusses equivalent span factors for different types of slabs and criteria for designing concrete slabs.

Covers behavior of supports, reinforced concrete slabs, loads estimation, case study, and shear wall analysis.

Delves into the advanced design of concrete structures, emphasizing special considerations for precast prestressed hollow core floors.

Explores the evolution of floor construction techniques from wood to concrete.

Covers the design and construction of composite bridges using steel and concrete elements.

Covers the classification of slabs based on linear or point supports in construction systems.

Covers the design and verification process of a bearing slab for concrete bridges, including methods for calculating bending moments and shear force.

Discusses the stresses in the arc, waterproofing, and safety devices of a bridge design course project.

Explores advanced design concepts for concrete structures, emphasizing continuity for better efficiency and durability.

Explores advanced concrete structures design, emphasizing optimization of precast elements and post-tensioning techniques.

Explores advanced design concepts for concrete bridges using precast elements to enhance efficiency and aesthetics.

Covers the advanced design of concrete structures, focusing on column calculations and seismic considerations.

Explores pre-dimensioning concrete beams, analyzing Gerber beams, and understanding structural forces through iterative work.

Covers pre-dimensioning and graphical representation of slabs supported by beams and columns.

Explores advanced design of concrete structures, emphasizing floors and bridges.

Explores snow mechanics and avalanche dynamics, covering crack propagation, slab tensile failure, and friction in slab release.

Discusses the design of bearing slabs and the stability of piles in concrete bridges.

Covers the design of hollow core slabs, TT slabs, and I beams.

Covers the design of punching shear in concrete slabs using software tools and manual verification methods.