Finite Element Modelling

Operating frequency and electromechanical performance of transducers are controlled by the properties of the material, as well as the shape and dimensions of the device. However, fine-tuning the performance may require the preparation and testing of numerous devices and countless iterations.

The use of Finite Element Modeling (FEM) in the design and analysis of transducers greatly simplifies the development process.

STEM Ltd has extensive expertise in the use of FEM methods for transducer design and analysis.

R&D Consultancy

STEM Ltd can provide services and consultancy in the following areas:

• Consultancy in the development and preparation of R&D project proposals for establishing Spin-Off companies, TÜBİTAK, KOSGEB, TEYDEB, and European Union Framework Programs

• Industrial partnership in TEYDEB and European Union Framework Programs

• Preparation of customized recipes for materials synthesis

• R&D-scale synthesis of advanced materials in desired compositions

• R&D-scale fabrication of ceramics in desired forms and quantities