Tesis dirigidas (86) Tesis dirigidas por miembros de Departamento Ver tesis defendidas

2023

  1. Exploring the limits of the gas dissolution foaming towards new applications for porous polymers

    CUADRA RODRÍGUEZ, DANIEL

    Dirigida por MIGUEL ANGEL RODRIGUEZ PEREZ y JAVIER PINTO SANZ
  2. Genetically engineered hydrogels based on elastin-like recombinamers for cardiovascular applications

    González Pérez, Fernando

    Dirigida por JOSE CARLOS RODRIGUEZ CABELLO
  3. Hybrid photocatalytic materials for contaminants of emerging concern degradation

    ZHENG, FANGYUAN

    Dirigida por JAVIER REGUERA GOMEZ
  4. Study of the thermal conductivity of bulk and micronized nanocellular polymers

    SÁNCHEZ CALDERÓN, ISMAEL

    Dirigida por MIGUEL ANGEL RODRIGUEZ PEREZ y VICTORIA BERNARDO GARCIA
  5. Synthesis, characterization and structure-properties relationship of aerogels and aerogel-based composites

    Merillas Valero, Beatriz

    Dirigida por MIGUEL ANGEL RODRIGUEZ PEREZ y FERNANDO VILLAFAÑE GONZALEZ

2022

  1. Aprovechamiento del caucho proveniente de neumáticos fuera de uso en elastómeros autorreparables

    Alonso Pastor, Luis Eduardo

    Dirigida por JOSE MARIA PASTOR BARAJAS y KARINA CARLA NUÑEZ CARRERO
  2. Design and validation of experimental methods for probing foam formation dynamics and cellular structure

    Cimavilla Román, Paula

    Dirigida por MIGUEL ANGEL RODRIGUEZ PEREZ
  3. Development of nanocellular low density expanded beads. Formulation-process-structure relationship

    Múgica Izaguirre, Mikel

    Dirigida por MIGUEL ANGEL RODRIGUEZ PEREZ y VICTORIA BERNARDO GARCIA
  4. Understanding the relationships between composition, process, cellular structure and properties of cellular polymers based on blends of polystyrene with inorganic and organic nucleating agents

    Ballesteros Agudo, Alberto

    Dirigida por MIGUEL ANGEL RODRIGUEZ PEREZ

2021

  1. Development of elastin-like recombinamers with increasing complexity and functionality from the molecular to the macroscopic scale

    González Pérez, Miguel

    Dirigida por JOSE CARLOS RODRIGUEZ CABELLO
  2. Study of the impact toughening of high-density polypropylene cellular polymers by using blends with thermoplastic elastomers

    MUÑOZ PASCUAL, SANTIAGO

    Dirigida por MIGUEL ANGEL RODRIGUEZ PEREZ

2020

  1. Accessing new biomedical applications by combining genetic design and chemical modification of elastin-like recombinamers

    Poocza, Leander Aaron Adrian Siddartha

    Dirigida por JOSE CARLOS RODRIGUEZ CABELLO
  2. Development of biomaterials based on elastin like recombinamers for 3d bioprinting applications

    Salinas Fernández, Soraya

    Dirigida por MARIA MERCEDES SANTOS GARCIA y JOSE CARLOS RODRIGUEZ CABELLO
  3. Investigación y desarrollo de materiales avanzados y sostenibles para una nueva aplicación de pultrusión termoplástica

    Asensio Valentín, María

    Dirigida por KARINA CARLA NUÑEZ CARRERO, JOSE MARIA PASTOR BARAJAS y JUAN CARLOS MERINO SENOVILLA
  4. Self-assembling nanosystems based on elastin-like recombinamers and antimicrobial peptides for biomedical applications

    Acosta Rodríguez, Sergio

    Dirigida por JOSE CARLOS RODRIGUEZ CABELLO

2019

  1. Analysis of the composition-structure-properties relationship of open-cell polyolefin-based foams with tailored levels of gas-phase tortuosity

    LÓPEZ GONZÁLEZ, EDUARDO

    Dirigida por MIGUEL ANGEL RODRIGUEZ PEREZ
  2. Bioengineered dynamic systems based on elastin-like recombinamers

    FLORA, TATJANA

    Dirigida por JOSE CARLOS RODRIGUEZ CABELLO
  3. Engineering responsive and biomimetic material based on elastin-like recombinamers for biomedical application

    Cipriani, Filippo

    Dirigida por JOSE CARLOS RODRIGUEZ CABELLO y ISRAEL GONZALEZ DE TORRE
  4. Interaction between coherent light and axially heterostructured semiconductor nanowires

    Pura Ruiz, Jose Luis

    Dirigida por JUAN IGNACIO JIMENEZ LOPEZ y JORGE MANUEL SOUTO BARTOLOME
  5. Multifunctional tunable elastin-like recombinamer-based hydrogels customized for neovascularisation and dynamic cell niche construction purposes

    ORBANIC, DORIANA

    Dirigida por JOSE CARLOS RODRIGUEZ CABELLO y MATILDE ALONSO RODRIGO