- Engineering & Technology
Contact person: Javier Vallejo
Cell for research in advanced manufacturing of composites based on dry fiber fabrics. The cell is composed by test benches for cutting processes and ultrasonic spot welding processes, preforming equipment, Hot Drape Forming and automated prototype for preforming by means of universal mold. It also has the necessary equipment, pumps, heating equipment, to develop liquid molding processes such as infusion and resin transfer molding (RTM). The cell has wide capacity for real time process monitoring, measuring forces, temperatures and degree of curing by of dielectric analysis (DEA). Finally, the final composite part characterization can be carried out in this cell in terms of porosity by means of ultrasound technologies and fiber content by means of acid digestion and / or pyrolysis.
Equipment
- Automated stiffeners preforming equipment by meas of universal mould (1200mm length and 150mm width) - Equipment able to parameterize the process of forming stiffeners by universal mold
- High temperature (up to 200ºC) hot drape forming machine (up to 3000mm length, 1300mm width and 350mm high) - Machine cable to apply heat and vacuum pressure by means of a high temperature deformable membrane. Its dimensions allow manufacturing demonstrators of aeronautical structural parts
- NDT equipment - Ultrasound inspection tools. Conventional and phased array transducers. (Olimpus Focus PX). Eddy current equipment. Monitoring systems (Olympus Omniscan NX)
- Resin transfer modeming (RMT) equipment (from 0 to 6 bar injection pressure) - Equipment to work in the molding by RTM with thermosetting resins
- Ultrasound spot welding equipment with time, stress and temperature monitoring - Dry carbon fiber fabrics with binder or veil, currently the most used in the aeronautical sector can be welded locally applying pressure and ultrasonic vibration by melting the veil or the binder. This equipment is able to parameterize this process to be able to incorporate devices of this type in automatic lay up heads
- Development of liquid molding processes (infusion and RTM) - Having an initial preform and final piece geometry, the feasibility of the most appropriate liquid molding process is analyzed and an experimental solution is proposed.
- Dry carbon fiber spot welding processes development - Analysis and parameterization of local welding processes.
- Fully development of dry carbon fiber composite final part - From part geometry, materials and final application, viability of forming processes, liquid molding and final part properties analysis.
- Hot drape forming processes development - Analysis and parameterization of the forming process. For different materials and liquid molding molds.
- Monitoring the degree of curing by DEA - Knowing the liquid molding process, the curing process is monitored.
- Porosity, thickness and fiber content characterization - The porosity, the thickness and the fiber content of the final part are analyzed.
- Stiffeners preforming processes development - Feasibility analysis of the forming process by means of universal mold.
IDEKO
Arriaga Kalea, 2 - E 20870 Elgoibar (Gipuzkoa)
Polymers and Composites:
- Hybrid Materials / Composites
- Advanced Materials
Application sectors
- Aerospace
- Aeronautics and Space
- Automotive
- Rail
Industry plan
- HAZI · Aerospace
- IRABAZI · Automotive Components
