Cardiovascular diseases are a main component of the health burden worldwide. With increasing pressure due to rising health care costs, there exists a great need for reliable and cheap diagnosis of acute and chronic cardiac diseases. To address this, an academic research group from Switzerland has initiated four large and mostly multicentric clinical studies, aimed at testing potential blood markers and electrocardiographic markers (“biomarkers”) for the early diagnosis of suspected heart attack, heart failure, cardiac syncope, or coronary artery disease.

The objective of the project is to develop a new generation of additively manufactured mechanical components for aeroengine and automotive applications through a novel open-source design and engineering platform that integrates an interactive design for fatigue software environment. The development of these mechanical components will be boosted by the formulation of a novel approach based on Finite Element (FE) and Strain Energy Density (SED) design and supported by a challenging and intensive experimental work.

The objective of the project is to develop a new generation of additively manufactured mechanical components for aeroengine and automotive applications through a novel open-source design and engineering platform that integrates an interactive design for fatigue software environment. The development of these mechanical components will be boosted by the formulation of a novel approach based on Finite Element (FE) and Strain Energy Density (SED) design and supported by a challenging and intensive experimental work.

The objective of the project is to develop a new generation of additively manufactured mechanical components for aeroengine and automotive applications through a novel open-source design and engineering platform that integrates an interactive design for fatigue software environment. The development of these mechanical components will be boosted by the formulation of a novel approach based on Finite Element (FE) and Strain Energy Density (SED) design and supported by a challenging and intensive experimental work.