Dr. Pedro Cortes

Professor
Dr. Pedro Cortes - profile photo

Dr. Pedro Cortes

Professor

College of Science, Technology, Engineering, Mathematics, Rayen School of Engineering

Moser Hall 2064

phone: (330) 941-7455

pcortes@ysu.edu

  • Intellectual Contributions
    • 2022

      "Threshold Switching in CdTe Photovoltaics"

      ECS Transactions, volume 109, issue 1, p. 3

    • 2022

      "Effect of laser irradiation on the tribological properties of RF-sputtered nickel oxide (NiO) thin films"

      Vacuum, volume 205, p. 111461

    • 2022

      "A novel modal representation of battery dynamics"

      IEEE Access, volume 10, p. 16793--16806

    • 2022

      "A Coupled Thermo-Mechanical Dynamic Characterization of Cylindrical Batteries"

      IEEE Access, volume 10, p. 51708--51722

    • 2022

      "4D Printed Shape Memory Polymers: Morphology and Fabrication of a Functional Antenna"

      Recent Progress in Materials, volume 4, issue 2, p. 1--17

    • 2022

      "3D Printed Dual-Band Microwave Imaging Antenna"

      ECS Transactions, volume 107, issue 1, p. 8631

    • 2021

      "Unit cell estimation of volumetrically-varying permittivity in additively-manufactured ceramic lattices with X-ray computed tomography"

      Materials \& Design, volume 210, p. 110032

    • 2021

      "A 3-D printed UWB microwave imaging antenna"

      SPAST Abstracts, volume 1, issue 01

    • 2016

      "Identification of peptide sequences that selectively bind topentaerythritol trinitrate hemisuccinate-a surrogate of PETN,via phage display technology"

      Peptide Science, volume 108, issue 2, p. e22997

    • "Transient Thermal and Electrical Characteristics of a Cylindrical LiFeS2 Cell with Equivalent Circuit Model"

      Dimensions [mm], volume 14, p. 50--5

Pedro Cortes is Assistant Professor in the Materials Science and Engineering Program and in the Civil/Envtl. & Chemical Engineering Department. His main research areas of interest are smart-functional structures, composite materials and sensors. Currently, Dr. Cortes investigates the structure-property relationship of lightweight foam structures and multifunctional composites constructed via additive manufacturing.

  • Research Focus

    Smart-functional structures, composite materials and sensors.

  • Expertise

    His main research areas of interest are smart-functional structures, composite materials and sensors. Currently, Dr. Cortes investigates the structure-property relationship of lightweight foam structures and multifunctional composites constructed via additive manufacturing.