Ingeinnova Aeronautics is the aerospace division of Ingeinnova, which is part of the Dynamik Technological Alliance. It has over 8 million euros in annual turnover and is part of a larger group with over 120 million euros in turnover. It offers engineering services, projects, R&D, and simulation services. It has structural analysis and CFD simulation capabilities and has worked on programs for Airbus, Boeing, Bombardier, and other clients. As part of a larger technological group, it can lead turnkey projects using the group's advanced manufacturing capabilities.
Eutik forma parte junto con varias empresas más, entre ellas Inge-Innova Cleantech, perteneciente al Grupo Dynamik Technological Alliance, en el desarrollo internacional de un proyecto de software de gestión propio.
SIPAL’s Engineering Division specializes in work package management for the aerospace sector and providing on-site consulting services.
Our specialist staff provide design and support services for complex flight control systems for aircraft ranging from advanced defense aircraft to military and civil transportation aircraft, mission systems aircraft and UAV’s.
SIPAL has taken part in all the Italian air force programs of the last thirty years and, thanks to the professionalism of its human resources, has played key roles in many international programs, such as the Eurofighter Typhoon, the F-35 Joint Strike Fighter, the PANAVIA Tornado, the multirole Piaggio MPA patrol aircraft, and the European experimental Neuron UCAV.
In the Aerospace Engineering sector SIPAL is among the undisputed leaders with a range of activities that includes design, Aerospace Ground Equipment support, Logistics Support, Production Support and Training services.
Eutik forma parte junto con varias empresas más, entre ellas Inge-Innova Cleantech, perteneciente al Grupo Dynamik Technological Alliance, en el desarrollo internacional de un proyecto de software de gestión propio.
SIPAL’s Engineering Division specializes in work package management for the aerospace sector and providing on-site consulting services.
Our specialist staff provide design and support services for complex flight control systems for aircraft ranging from advanced defense aircraft to military and civil transportation aircraft, mission systems aircraft and UAV’s.
SIPAL has taken part in all the Italian air force programs of the last thirty years and, thanks to the professionalism of its human resources, has played key roles in many international programs, such as the Eurofighter Typhoon, the F-35 Joint Strike Fighter, the PANAVIA Tornado, the multirole Piaggio MPA patrol aircraft, and the European experimental Neuron UCAV.
In the Aerospace Engineering sector SIPAL is among the undisputed leaders with a range of activities that includes design, Aerospace Ground Equipment support, Logistics Support, Production Support and Training services.
Cube Srl is an engineering firm with more than 10 years of experience in basic and detail engineering. We have developed a high level of experience in the structural design of industrial steel structures and equipment. We act as an specialized engineering firm for EPC, contractors and manufactures providing basic and detail engineering.
Acer Technologies is an industrial design engineering firm specializing in automation and controls. We can work from anywhere, anytime and with a secure connection behind our client's firewall.
Inspiring Day es un foro de encuentro donde visualizar escenarios futuros, desarrollar negocio o identificar nuevas oportunidades de diversificación, a través de la investigación y el desarrollo tecnológico.
Este evento tuvo lugar en Sevilla, en Parque Aerópolis, el 12 de diciembre de 2013.
Más información en http://www.tecnalia.com/inspiringday/
Development of a topological optimised Hinge Arm through combination of ALM- ...Altair
Since 1974 TITAL GmbH manufactures high quality castings from aluminium and titanium alloys solely according to the lost wax process, mainly for the aerospace industry. The advantage of this process, besides its high dimensional accuracy and excellent material consistency, is the optimised use of material as this process enables the implementation of complex geometries such as undercuts etc. Because of this, topological optimised designs can be realised with nearly no limitations. This is possible because of the use of lost patterns and lost molds. For prototypes and small production batches such patterns are built using ALM-processes as SLS- or SLA-parts. The combination of topology optimisation, generative manufactured RP-models and the investment casting process enables the designer to realise operational prototypes at maximum flexibility without loss of quality. Further advantages of this combination are the feasible part sizes, as well as the unrestricted usability of such parts because of the well-established and approved processes. As a case study the development of the Hinge Arm for the Chinese passenger aircraft COMAC C919 will be presented, which has been topological optimised with the support of Altair Engineering GmbH in Munich (Unterschleißheim).
Speakers
Rainer Sabisch, Director Global Application Engineering, ALCOA Power & Propulsion - TITAL GmbH
Cube Srl is an engineering firm with more than 10 years of experience in basic and detail engineering. We have developed a high level of experience in the structural design of industrial steel structures and equipment. We act as an specialized engineering firm for EPC, contractors and manufactures providing basic and detail engineering.
Acer Technologies is an industrial design engineering firm specializing in automation and controls. We can work from anywhere, anytime and with a secure connection behind our client's firewall.
Inspiring Day es un foro de encuentro donde visualizar escenarios futuros, desarrollar negocio o identificar nuevas oportunidades de diversificación, a través de la investigación y el desarrollo tecnológico.
Este evento tuvo lugar en Sevilla, en Parque Aerópolis, el 12 de diciembre de 2013.
Más información en http://www.tecnalia.com/inspiringday/
Development of a topological optimised Hinge Arm through combination of ALM- ...Altair
Since 1974 TITAL GmbH manufactures high quality castings from aluminium and titanium alloys solely according to the lost wax process, mainly for the aerospace industry. The advantage of this process, besides its high dimensional accuracy and excellent material consistency, is the optimised use of material as this process enables the implementation of complex geometries such as undercuts etc. Because of this, topological optimised designs can be realised with nearly no limitations. This is possible because of the use of lost patterns and lost molds. For prototypes and small production batches such patterns are built using ALM-processes as SLS- or SLA-parts. The combination of topology optimisation, generative manufactured RP-models and the investment casting process enables the designer to realise operational prototypes at maximum flexibility without loss of quality. Further advantages of this combination are the feasible part sizes, as well as the unrestricted usability of such parts because of the well-established and approved processes. As a case study the development of the Hinge Arm for the Chinese passenger aircraft COMAC C919 will be presented, which has been topological optimised with the support of Altair Engineering GmbH in Munich (Unterschleißheim).
Speakers
Rainer Sabisch, Director Global Application Engineering, ALCOA Power & Propulsion - TITAL GmbH
El proyecto Bioplen liderado por Inge-Innova Clean Tech, que incluye la presencia del Grupo Dynamik Technological Alliance, busca generar oportunidades tecnológicas e industriales que garanticen el mantenimiento y desarrollo futuro de la industria forestal de la CAPV a través de nuevos materiales, procesos y equipos más sostenibles y más respetuosos con el medio ambiente
La producción limpia como forma de garantizar el desarrollo sostenible haciendo frente a los nuevos retos de la competitividad empresarial. Trabajamos sobre llave en mano la Gestión integral del proyecto; el estudio de optimización de procesos; potabilización de aguas; tratamiento de aguas residuales industriales; aerogeneradores verticales y horizontales; y la energía solar, eólica, de la biomasa y de las olas. Inge-innova Clean Tech es la división de Ingeinnova Group especializada en: Tecnologías y Producción Limpia; Gestión de proyectos y Asistencia técnica.
Para más información podéis contactar con Joseba Monasterio: jmonasterio@ingeinnova.com
Quiénes somos
El Grupo INGE-INNOVA integra a varias ingenierías europeas dedicadas a sectores punteros como la automoción, la aeronáutica y las energías renovables. Está especializada en el diseño y desarrollo de procesos de producción, lay-out, estaciones y arranque de líneas.
INGE-INNOVA ofrece una combinación desde el desarrollo del producto y de la producción hasta la construcción de la planta dentro de un proceso de valor añadido. La empresa ajusta sus desarrollos en cada momento con respecto a las restricciones y necesidades de la producción.
También ofrece todos los servicios en paralelo con el proceso de desarrollo a lo largo de la cadena de valor añadido, desde la planificación y el diseño del producto hasta la planta digital; desde las tecnologías de control y dirección y la robótica a servicios de documentación técnica y de seguridad.
El 11 de febrero de 2011 presentamos las nuevas oficinas de Ingeinnova Automotive en el AIC, represantando así el crecimiento mediante la colaboración.
Ingeinnova Automotive fue concebida desde la innovación, desarrollando un modelo propio de gestión, que iguala en importancia en un 33% a las personas, al área tecno-científica y al área económica-financiera.
4. TURNOVER
Ingeinnova Aeronautics is the aerospace division of
Ingeinnova, the engineering part of Dynamik
Technological Alliance
Ingeinnova, more than 8M€ turnover
More than 120 M€ through Dynamik
Technological Alliance
Strong international presence
5. SERVICES
Ingeinnova Aeronautics offers these services :
o Engineering services: o Engineering projects:
о Product design о Product turnkey projects
о Tooling design о Tooling turnkey projects
о Aerodynamic optimization о Industrialization projects
о CAE Simulation о Processes simulation
• FEM – Structural analysis
• CFD – Fluid-dynamic analysis о R&D Projects
15. TOOLING (EXAMPLES)
Welding tools
A350 XWB Firewall Panel PEAU
Verification tools
Drilling tools for VTP of
A380
Manufacturing tools
16. AERONAUTIC PROGRAMS
o Among others:
o Composite and metallic structural design CPD, Belly Fairing A350 XWB.
o Drilling tools for A380 VTP
o Composite manufacturing tools (PEAUs) Fire Wall Panel A350 XWB
o Aircraft engine parts verification tools (different programs)
o Structural design (metallic and composite) CPD, Belly Fairing A350 XWB
o Transverse metallic shell design and all auxiliary tools for A 380 TRENT FANCOWL
o Design and modification of technical parts for Falcao-UAV project
o Aerodynamic and structural design for COLYAER Freedom
o Product design for Airbus 350, Trailing Edge
o Tailcone components design for Bombardier C-Series
o Centre Wing Box components design for Bombardier C-Series
o Modifications of section 42 of the Boeing 747-8I fuselage and all matching Layouts
o Central box section 11 sealing modelling for Boeing 747-8F and all matching drawings
o Primary structure of Spoilers, Flaps, Fixed Trailing Edge, etc. modelling for Boeing 747-8
o Primary structure modification for PHENOM 100-300 project
17. MEANS OF PRODUCTION
Ingeinnova Aeronautics, as Dynamik Technological Alliance member,
leads turnkey projects managing group’s production capabilities:
Machining Welding
Decoletaje Finishing
Fine Blanking/fine cut Heat treatment
Sheet metal forming Surface treatment
Aluminium injection Assembly
Plastics injection