Bernhard Jakoby

Full Professor, Institute Head

Johannes Kepler University Linz

Austria

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Bernhard Jakoby is a Full Professor and Institute Head at Johannes Kepler Universität Linz, Austria. His research focuses on advanced sensing technologies, including multi-mode waveguides for gas sensing, microfluidic flow sensors, and magnetorheological actuators. He has published articles on topics such as acoustofluidic platforms and high-pressure cell designs, contributing significantly to the fields of measurement science and technology.

Bernhard Jakoby

Research Interests

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Articles (30)

Multi-mode waveguides for high-sensitivity gas sensing: Derivation of the FOM and application to mid-IR evanescent-field sensing

Announcing the 2024 Measurement Science and Technology outstanding paper awards

The performance of a magnetorheological rotary actuator featuring a wavy boundary shape

Fabrication and Characterization of a Microfluidic Flow Sensor Integrated Into an Ultrathin PMMA Layer

Design and Fabrication of Flexible Thin-Wire Multispot Thermocouples Using Hot-Wire Coating

Fabrication and characterization of carbon black-filled PVB and PVDF composites near percolation threshold for pressure sensing applications

A simple and robust high-pressure cell for transmission X-ray investigation

Reconfiguring Surface Acoustic Wave Microfluidics via In Situ Control of Elastic Wave Polarization

High-Performance Acoustofluidic Platform for Hematocrit Determination and Particle Separation Using Lateral Plate Transducer Modes

Sensitivity of Resonant Moving Magnet Actuators to Haptic Environments

Understanding error rejection of differential impedance spectroscopy for the in situ characterization of highly conductive fluids

Announcing the 2023 measurement science and technology outstanding paper awards

Embedding PVDF-Based Force Sensors in Stacked Printed Circuit Boards

Nature-Inspired Dual-Sensor Thread for Independent Measurement of Internal Temperature and Strain in Cast Parts or Fabrics

Can the combination of in situ differential impedance spectroscopy and 27Al NMR detect incongruent zeolite crystallization?

Phenomenological studies on magnetic and mechanical remanence effects in magnetorheological fluids

Integration of Printed PVDF-Based Force Sensors into a Printed Circuit Board Stack

Microfluidic Flowmeter Using a Single Hot Wire

Fabrication of an Ultrathin PMMA Foil for Sensing Applications in Microfluidic Systems

Concept and Proof of Principle of an Acoustofluidic Single-Particle Sorting Device Using a Spatially Confined Acoustic Active Region

Announcing the 2022 Measurement Science and Technology Outstanding Paper Awards

Design of a Narrow Band Filter Based on a Photonic Crystal Cavity for CO2 Sensing Application

Coupled Strip-Array Waveguides for Integrated Mid-IR Gas Sensing

A Self-Sealing Modular Microfluidic System Using PDMS Blocks With Magnetic Connections

Understanding Relaxation Oscillator Circuits Using Fast-Slow System Representations

Understanding the Shielding Efficiency of a Faraday Grid Cage: A spectral domain approach

Achieving signal power amplification using energetically passive devices

Announcing the 2021 Measurement Science and Technology Outstanding Paper Awards

Efficient and Accurate Modeling of the Surface Deflection of Thin Layers on Composite Substrates with Applications to Piezoelectric Parameter Measurements

Design, Analysis, and Optimization of a Plasmonic Slot Waveguide for Mid-Infrared Gas Sensing

Collaborators (7)

Christine Eva Antonia Kirschhock

Hongki Yoo

Xiaoyun Ding

Marcus Hintermüller

Thomas Voglhuber-Brunnmaier

Stefano Discetti

Kenneth T. Christensen

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