The mock circulatory loop (MCL) is an in vitro experimental system that can provide
continuous pulsatile flows and simulate different physiological or pathological parameters of …

Cardiovascular diseases are the leading cause of global deaths, making cardiovascular
health monitoring important. Measuring blood pressure using an automatic …

This study presents a cardiovascular simulator that mimics the human cardiovascular
system's physiological structure and properties to reproduce the human blood pressure …

This study presents a database of central blood pressure waveforms according to
cardiovascular health conditions, to supplement the lack of clinical data in cardiovascular …

Hybrid cardiovascular mock circuits (HMC), designed for dynamic testing of Ventricular
Assist Devices (VAD), offer physiologic accuracy by sequestering model complexity in silico …

Pulse palpation is an important procedure that allows a physician to rapidly assess the
status of a patient's cardiovascular system. This paper explores the possibility of using …

Preclinical testing of medical devices is an essential step in the product life cycle, whereas
testing of cardiovascular implants requires specialised testbeds or numerical simulations …

We present a miniature haptic module based on electrorheological fluid, designed for
conveying combined stiffness and vibrotactile sensations at a small scale. Haptic feedback …

Although the most recently developed virtual reality systems convey photorealistic visual
information and 3D audio information to users, it is not easy to create immersive and realistic …

This study aims to develop an in-vitro testing platform for the cardiovascular flow, called
mock circulation loop (MCL), where the system is simulated using hydraulic, mechanical …