Nebrija Research Group

Nebrija Research Group on Automotive Engineering Acronym: GREEN

Abstract and Research Lines

Abstract:The group focuses on vehicle dynamics, including analysis, simulation, design, optimization, test, sensorization, vibroacoustic dynamic data acquisition and analysis.
Current projects mainly focus on the recovery of thermal and mechanical energy recovery in vehicles (Energy Harvesting) and in the development of low-cost and reliable electronic products for vehicle instrumentation and data acquisition.

Research Lines:

Energy Harvesting in vehicles.
Thermal energy harvesting using thermoacoustic systems.
Mathematical-experimental development of tyre models.
Identification of parameters in vehicle systems.
Dynamics of railway vehicles.
Minimally invasive and low-cost sensorization of vehicles.

Research Projects

Value Of Joint EXperimentation in digital Technologies for manufacturing and construction (VOJEXT)

File No: ID 952197 9
Financial institution: EuropeanCommission. H2020 Programme (Call ID: H2020-DT-2019-2)
Execution period: 2020-2023
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Potential of waste energy recovering in thermal combustion engines. Energy and environmental implications.

File No: POWER - ENE2014-57043-R
Financial institution: Ministry of Economy and Competitiveness
Execution period: 2014-2018

Dynamic calculations for homologation of variable width OGI bogie for freight transport

Financial institution: TRIA Ingeniería
Execution period: 2016-2017

Vehicle safety for intelligent, sustainable, safe and inclusive mobility

File No: SEGVAUTO 4.0-CM - P2018EEMT-4362
Financial institution: Research and Innovation General Directorate. Programme of R&D activities between research groups in the Community of Madrid 2018
Execution period: 2019-2022

Recovery of waste energies from light-duty vehicles.Technological Impact (RECUPERA)

File No: RTI2018-095923-B-C22
Financial institution: Ministry of Science, Innovation and Universities. State Research Agency. State R&D&i Program Oriented to the Society Challenges 2018
Execution period: 2019- 2021

NEXT generation methods, concepts and solutions for the design of robust and sustainable running GEAR (NEXTGEAR)

File No: ID 881803
Financial institution: EuropeanCommission. H2020 Programme(Call ID: H2020-S2RJU-2019)
Execution period: 2020-2021

Responsible PR

PhD. Francisco Badea Romero fbadea@nebrija.es

PhD. Carlos Lli Torrabadella Researcher clli@nebrija.es ORCID PhD. Ingo Martín Kaiser Researcher ikaiser@nebrija.es ORCID PhD. Jordi Viñolas Prat Researcher jvinolas@nebrija.es ORCID PhD. Antonio Hernando Grande Master teacher ahernandogr@nebrija.es ORCID Dr. Javier Aranceta Aguirre Researcher jarancet@nebrija.es

Francisco Martín Abreu Researcher ORCID--> Alfonso De Hoyos Fernández de Córdova Researcher alfonso_hoyos@hotmail.com ORCID Sonsoles Garcia Alonso Doctoral Student mgarciaal@nebrija.es Carlos R. Gijón Rivera External Doctoral Student PhD. Mahidur Sarker External Researcher

Information about the center in the Research Portal + Information