Direct sound printing (DSP), an alternative additive manufacturing process driven by
sonochemical polymerization, has traditionally been confined to a single acoustic focal …

While AI and imaging technologies are dramatically transforming the process and machine
condition monitoring, product inspection remains confined to probing the geometry and …

Existing data on the acoustic properties of low-temperature biological materials is limited
and widely dispersed across fields. This makes it difficult to employ this information in the …

Multi-material additive manufacturing is receiving increasing attention in the field of
acoustics, in particular towards the design of micro-architectured periodic media used to …

Functional grading is a distinctive feature adopted by nature to improve the transition
between tissues that present a strong mismatch in mechanical properties, a relevant …

Objective Despite being a low-cost, portable and safe medical imaging technique,
transcranial ultrasound imaging is not used widely in adults because of the severe …

Photopolymer-based additive manufacturing has received increasing attention in the field of
acoustics over the past decade, specifically towards the design of tissue-mimicking …

Using a pre-designed, simple, and cost-effective acoustic hologram alongside a single
ultrasonic transducer, as an acoustic source/transmitter, enables new capabilities in multi …

Acoustic wave devices using standing wave configurations have gained interest in various
fields like healthcare diagnostics and manufacturing. Their functionalities span from cell …

In recent years, high-resolution additive manufacturing has enabled a diverse range of low-
cost methods for ultrasonic wave-front shaping. Acoustic holograms, in particular, allow for …