Global Certificate in Piezoelectric Materials for the Automotive Industry
-- ViewingNowThe Global Certificate in Piezoelectric Materials for the Automotive Industry is a comprehensive course designed to equip learners with critical knowledge and skills in piezoelectric materials and their applications in the automotive sector. This course highlights the importance of piezoelectric materials in developing advanced automotive systems, such as energy harvesting, sensors, and actuators.
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โข Introduction to Piezoelectric Materials: Basics of piezoelectricity, structure and properties of piezoelectric materials.
โข Piezoelectric Materials in Automotive Applications: Overview of the use of piezoelectric materials in the automotive industry, including sensors, actuators, and energy harvesting systems.
โข Piezoelectric Sensors in Automotive Systems: Detailed study of piezoelectric sensors used in automotive applications, such as pressure sensors, accelerometers, and acoustic sensors.
โข Piezoelectric Actuators in Automotive Applications: Examination of piezoelectric actuators used in automotive systems, including fuel injection, valve control, and active suspension systems.
โข Energy Harvesting with Piezoelectric Materials in Automotive Industry: Study of energy harvesting systems using piezoelectric materials in automotive applications, such as vibration energy harvesting and thermoelectric generators.
โข Design and Simulation of Piezoelectric Systems: Overview of design and simulation software for piezoelectric systems, including ANSYS, COMSOL, and PZFlex.
โข Fabrication and Characterization of Piezoelectric Devices: Study of fabrication methods and characterization techniques for piezoelectric devices, including thin film deposition, bulk crystal growth, and material testing.
โข Advanced Piezoelectric Materials and Applications: Examination of advanced piezoelectric materials, such as piezocomposites, piezoceramics, and piezopolymers, and their applications in automotive and other industries.
โข Reliability and Failure Analysis of Piezoelectric Devices: Overview of reliability and failure analysis of piezoelectric devices, including fatigue testing, fracture mechanics, and environmental effects.
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