Machinery and equipment
Set of mechanisms with coordinated movements, capable of transforming energy into useful work, especially in operations of a production process.
These are the services that our research groups can develop. For customized information on the services, please contact us.
| Areas of service | Applications of the service | Scientific infrastructure |
| Expert studies, reports and statements on defective components | Expert studies, reports and statements on defective components within the biomedical sector (prostheses, implants) and the industrial sector (mechanical, automotive and structural components). | BBT Laboratory |
| Electromagnetic compatibility | Electromagnetic compatibility tests and advice on electronic design | Electromagnetic Compatibility Laboratory |
| Acquisition and analysis of the dynamic behaviour of machines. | Advice on improvements depending on the result | |
| Simulations of mechanisms | General simulations of mechanisms from any type of machine and the extraction of conclusions | |
| Equipment design | Design and manufacture of prototypes of new equipment | |
| Design of equipment based on power electronics to improve the management of electrical energy | ||
| Life cycle analysis of equipment | Analysis of the useful life of equipment and identification of recycling | |
| Product environmental declaration | Assessment of the environmental footprint that the equipment for the manufacture of a certain product could have. Labelling | |
| Industrial and service robotics | Planning of robot tasks and movements, robot programming, specific applications of service robotics, dexterous manipulation | IOC robotics laboratories |
| Mechanical characterisation of materials: constitutive and resistant | Design, development (simulation, physical test and correlation) of structures and components for industry | REMM/LERMA and CDAL Materials Laboratory |
| Failure analysis | CDAL | |
| Advanced tests of components, structures and materials for industry. | Mechanical tests of structures and components | REMM/LERMA Materials Laboratory |
| Parametric and topological simulation and optimisation of components. | Analysis and diagnosis of faults and breaks in the components service | REMM/LERMA Materials Laboratory |
| Experimental analysis of components | Mechanical characterisation of materials: resistant, constitutive and in relation to durability. Extensometry and digital image processing. | REMM/LERMA Materials Laboratory |
| Structural integrity analysis | Static analysis, impact and fatigue | REMM/LERMA Materials Laboratory |
| Development of related technical software. | Development of specific technical software tailored to needs | REMM/LERMA Materials Laboratory |
| Customised industrial research projects | Industrial doctorates, research tailored to company needs | |
| Training courses tailored to industry. | Design of contents and teaching of technical courses relating to various aspects of structural analysis | |
| Characterisation of materials to apply them to numerical simulations | Determination of constants of materials to implement material constitutive equations of numerical models | REMM/LERMA Materials Laboratory |
| Correlation between numerical simulation and physical experimentation | Experimental validation of the results of numerical simulations | REMM/LERMA Materials Laboratory |
| Design and development of experimentally validated simulation procedures | Support for corporate research and development centres for standard simulation procedures | REMM/LERMA Materials Laboratory |
| Roughness of pieces | Dimensional verification of form errors and the surface roughness of parts | LCEM |
| 3D printing | Custom 3D printing of plastic parts using fused filament fabrication (FFF) | LCEM |
| Machining | Obtaining parts by filing removal | LCEM |
| Design and experimental models of oleohydraulic and pneumatic systems and undertaking of experiments at real scale. | Computer simulations of oleohydraulic and pneumatic systems and undertaking of experiments at real scale. Applications to machinery, transport systems, pumps, actuators, etc. | Advanced Center of Mechanical Technoligies (CATMECH) |
Industry, machinery, equipment, equipment, Mechanical testing, coatings, bactericidal surfaces, surface texturing, roughness, wettability, technology transfer., Chemical composition, surface energy, electromagnetic compatibility, electromagnetism, anechoic chamber, radiation, electronics, electronic devices, design Mechanics, Analysis and Simulation, Mechanical Systems, Robotics, Robotic Platforms, Flexible Mechanisms, Data Acquisition, Machinery Measurements, Machine Testing, Robotics, Programming, Robotic Handling, Right Handling, Intelligent Robotics, Power Electronics, Electrical System , renewable power generation, transportation and distribution of electricity, mechatronics, energy management, Design, development, numerical simulation, mechanical testing, experimental stress analysis, finite element simulation, software, extensometry, DIC, correlation, structures, components, 3D printing, additive manufacturing, analysis and diagnosis acoustics of faults and fractures, mechanical characterization, materials, strength, fatigue, constitutive equations, tailor-made courses, training, technical software, industrial research, machining, milling, turning, grinding, burnishing, metrology, dimensional verification, shape errors, roughness , 3D printing, die casting modeling, FDM, cast filament manufacturing, FFF, stereolithography, SL, fluids, hydraulics, pneumatics, power, mechanical characterization, material characterization, failure analysis, coatings, Industrial research, Technological Innovation
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