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Strength of Materials - Theory & Problems (English)
Strength of Materials - Theory & Problems (English)
Prismatic beam
Axial and shear forces
Bending moment
Shear force
Torsion
Deflection in beams
Statically indeterminate systems
Buckling of columns
Strength of Materials Lab. (English)
Strength of Materials Lab. (English)
Experimental stress analysis using strain gauge analysis
Application of the finite element method to the analysis of a prismatic beam
Displacement measurements. Application to the case of biaxial bending
Continuum Mechanics Lab. (English)
Continuum Mechanics Lab. (English)
Materials testing and Digital Image Correlation (DIC)
Photoelasticity
Finite Element Method (FEM)
Resistencia de Materiales Lab. (Spanish)
Resistencia de Materiales Lab. (Spanish)
Extensomertía
Aplicación del método de los elementos finitos en el análisis de una pieza prismática
Medida de desplazamientos. Aplicación al caso de flexión desviada
Mecánica de medios continuos Lab. (Spanish)
Mecánica de medios continuos Lab. (Spanish)
Ensayos de materiales y correlación de imágenes digitales (DIC)
Fotoelasticidad
Método de los elementos finitos (MEF)
The final course projects of this academic year 2024/25 Q2 have gone beyond expectations. GTIAE students have delivered surprisingly good works, combining the theory of Strength of Materials with eco-friendly solutions. In this article, you’re invited to take a look at the top 5 projects to figure out why they stand out from an academic point of view.
Recently, the final project of the Course Strength of Materials for Industrial Technologies and Economic Analysis students have been evaluated.
Best of the Best projects 2023/2024 Q1
Best of the Best projects 2023/2024 Q1
Every academic year, students of Engineering in Industrial Technologies at UPC BarcelonaTech; design, build and test a resistant element.
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