The theory of deformations occupies a central place in the study of changes in shape within geometry and physics. It sheds light on how often complex structures can evolve based on notions of continuous families, topology, and differential geometry. The study of continuous families of structures allows for a better understanding of the gradual variations, … Read more
IN BRIEF Structural optimization: improving building performance Sizing: adjusting beams and walls for stability Visual comfort: using natural light for lighting Thermal losses: minimization through effective insulation Harmonious flow: creating spaces conducive to movement Flexibility: space adaptation strategies according to needs Analysis and simulation: tools to optimize structures Materials: adjustments to reduce costs and improve … Read more
IN BRIEF Types of forces acting on bridges: gravitational, compression, tension, etc. Stability of structures is essential for safety Symmetrical design for better force distribution Importance of material strength in construction Falls of loads and soil reinforcement to prevent sinking Assessment of allowable deformations and financial costs Dynamics of bridges to ensure resistance to natural … Read more