Materials Science and Engineering
Research Lines
LADICIM develops several lines of work that combine advanced techniques in simulation, characterization, and data analysis, applied to a wide range of materials: metallic, natural and artificial stone, binders, ceramics, plastics, and composites.
Optimization and Safety
Railway Superstructure
We participate in national and international projects to optimize railway performance. We conduct advanced tests that evaluate the durability of sleepers, fastenings, and welds. Accredited by ENAC and ILAC, we apply breakage, fatigue, and impact loads following protocols that ensure precise and traceable results for the safety of passenger and freight transport.
Simulation and Modeling
Finite Elements and AI Algorithms
We use the Finite Element Method alongside Machine Learning and Deep Learning algorithms to model structures and predict material behavior. We process large volumes of data to identify patterns, optimize processes, and provide efficient and safe solutions in complex industrial sectors.
Advanced Analysis
Biological Materials
We investigate the mechanical and microstructural properties of biological materials, with applications in health and biomedicine. Using electron microscopy (SEM) and micro-computed tomography (MicroCT), we characterize bone and cardiovascular tissues, analyzing their strength and behavior to contribute to the development of innovative medical treatments.
Sustainability and Innovation
High-Performance Concretes
We develop sustainable high-performance concretes by incorporating recycled aggregates and steel slags. We evaluate their durability and mechanical behavior for applications in port structures, offshore platforms, and urban construction, ensuring efficiency and reduced environmental impact in the sector.
Safety and Reliability
Structural Integrity
We assess the strength of structures against fracture, fatigue, and corrosion through metallurgical analyses and advanced simulations. We apply procedures such as SINTAP and BS 7910 to ensure integrity and safety in critical components, especially in strategic industrial sectors.
Analysis and Modeling
Metallic Alloys
We study the mechanical and microstructural behavior of metallic alloys through cracking tests and computational simulation. We apply predictive models that optimize manufacturing processes and ensure quality in high-performance structural components.
Characterization
Polymeric Materials
We characterize the microstructure and mechanical properties of polymers through dynamic testing and statistical analysis. We apply regression models and machine learning to understand their behavior and develop optimized solutions for demanding industrial sectors.
