Sprache

Alexander Weber

IET Institute for Energy TechnologyFachbereichsleiter Scientific Computing & Engineering

+41 58 257 42 46alex.weber@ost.ch

AuthorTitleYearType
Til Alpstäg Aerodynamische Auslegung einer FS-Fahrzeugverschalung 2026Bachelorarbeit
Marc Werro Händetrockner 2.0 2022Bachelorarbeit

Flow Resistance of Fires in Road Tunnels

Project

For once, the IET is not working on a renewable energy or energy efficiency project, but one that could save lives in the future.
For once, the IET is not working on a renewable energy or energy efficiency project, but one that could save lives in the future.

Flow simulation of a 3D scanned canyon

Project

Virtual product development of ultrasonic measuring devices

Project

The requirements for flow measurement devices are always changing. An acceleration of development cycles can be achieved with virtual product development combined with prototype construction.
The requirements for flow measurement devices are always changing. An acceleration of development cycles can be achieved with virtual product development combined with prototype construction.

Automatic geometry optimization with the Adjoint method

Project

MAGPIP pipetting system with simulation toolbox (STB)

Project

Highly dynamic and efficient large-scale pressurized alkaline electrolyzerHighly dynamic and efficient large-scale pressurized

Project

An alkaline pressure electrolyser has been further developed through an innovative cell design with the use of multiphysics simulations to enable the provision of primary control power and to improve the efficiency in dynamic operation.
An alkaline pressure electrolyser has been further developed through an innovative cell design with the use of multiphysics simulations to enable the provision of primary control power and to improve the efficiency in dynamic operation. ...

WABEsense - Digitization of well tubes of alpine springs

Project

Within the framework of the FOEN/UTF project WABEsense, hardware and software were developed to digitally measure the well pits. This makes it possible to simulate runoff, which can be used for an optimal water balance.
Within the framework of the FOEN/UTF project WABEsense, hardware and software were developed to digitally measure the well pits. This makes it possible to simulate runoff, which can be used for an optimal water balance.

Optimization of Low Volume Disponsable Tips (<100nl)

Project

The requirements for dispensing liquids in medical diagnostics and analytics is facing new challenges. With virtual product development, a robust and repeatable volume of up to 70nl could be achieved.
The requirements for dispensing liquids in medical diagnostics and analytics is facing new challenges. With virtual product development, a robust and repeatable volume of up to 70nl could be achieved.