Compression (physics)

Applied sciences
Chemical engineering
Materials science
Deformation of materials

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Related lectures (29)

Cadres: Structural Elements

Explores the definition of frames, compression stresses, Vierendeel beams, and modern architectural projects.

Beams and Gerber Trusses

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

Design of Connections: Buildings and Bridges

Covers the design of connections in buildings and bridges, emphasizing joint zones, force transfer, and continuity solutions.

Dynamic Characterization of Magnetorheological Elastomers

Explores the dynamic characterization and constitutive behaviors of Magnetorheological Elastomers, covering properties like strain amplitude, magnetic field effects, and compression behavior.

Trusses in Beams: Materials and Internal Forces

Explores the inclusion of trusses in beams, emphasizing materials and internal forces.

Geomechanics: Basic Concepts

Introduces basic concepts of geomechanics, stress paths, effective stress, and shear strength analysis through laboratory testing.

Long-Term Deflection Verification in Concrete Bridges

Focuses on verifying long-term deflection in concrete bridges, including calculations for non-cracked sections and assessments of compression stress.

Force Measurement in Medical Instrumentation

Explores force measurement in medical instrumentation using strain gauges and instrumented implants.

Elastic Deformation: Materials & Energy

Explores elastic deformation in materials, energy storage, material rigidity, and elastic limits.

Arches and Cables: Structural Analysis Principles

Covers the principles of structural analysis for arches and cables, focusing on geometry and load distribution.

Plastic Deformation: Compression and Hardness Testing

Explores plastic deformation in compression testing, friction effects, hardness testing techniques, crystal defects, and micro-hardness tests.

Variational Methods in Mechanics

Covers variational methods in mechanics, focusing on the Ritz-Galerkin method.

Arcs on Multiple Bays

Explores the forces in spherical domes and vaults, focusing on support forces and design considerations for gothic arches.

Tridimensional Trusses

Delves into the design and construction of tridimensional trusses for creating lightweight, spacious structures.

Stress and Strain in Structural Mechanics

Explores stress, strain, elasticity, fracture, and equilibrium in structural mechanics.

Advanced Design of Concrete Structures: Connections

Covers the advanced design of concrete structures focusing on the connections between elements.

Stress and Strain (beyond 1D)

Covers stress and strain beyond 1D, focusing on hyperstatic systems with pre-stressed elements and internal loads.

Metal Structures: Elastic Buckling and Spillage

Covers critical stress, buckling, spillage, and bridge design in metal structures.

Beam Bending II: Internal Forces, Curvature, and Stiffness

Covers advanced topics in beam bending, stress tensors, elasticity, and Atomic Force Microscopy.

Truss Structures: Analysis and Design

Explores the analysis and design of truss structures, focusing on stability, equilibrium, and geometric influences, including the analogy with cable arches.

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