Photonic integrated circuits play a central role in current and future applications such as communications, sensing, ranging, information processing. quantum computing will also likely require an optics architecture for improved stability, scalability, performance. Fault-tolerant mandates very accurate robust gates. In this work, we demonstrate high-fidelity directional couplers single-qubit ga...

Optimization of interdigitated electrode sensor design is essential for practical impedance spectroscopy in the medical and pharmaceutical fields because their easy fabrication procedure inexpensive. The geometry presents a prospective ameliorating sensitivity over other microelectrode designs. geometric optimization sensor’s structure with interdigital electrodes one difficult problems. To sol...

Abstract A new coupled numerical model of the overall vapor-compression cycle and water heater was developed in order to analyze influence condenser coil designs on heat transfer process a helical exchanger immersed storage tank. The using CFD code ANSYS Fluent. In simulation, treated as an internal source initial flux obtained from experimental results delivered each element boundary condition...

Abstract The design of high-performance mechatronic systems is very challenging, as it requires delicate balancing system dynamics, the controller, and their closed-loop interaction. Topology optimization provides an automated way to obtain with superior performance, although extension simultaneous both topology controller has been limited. To allow for stability, disturbance rejection ( i.e. m...

Abstract Integration of advanced technologies have revitalised treatment methods in the current clinical practice. In orthopaedic surgery, patient-specific implants leveraged design freedom offered by additive manufacturing (AM) exploiting capabilities within powder bed fusion processes. Furthermore, generative (GD), a exploration tool based on artificial intelligence, can integrate constraints...

This work investigates the processing of NiTi open-cell peripheral stents with variable diameter by SLM and consecutive heat treatments. The production designs via requires dedicated strategies to avoid use support structures comparable dimensions stent struts. Process parameters were studied using an system operating pulsed wave emission assess geometrical fidelity density thin novel mesh was ...

Treatment of large segmental bone defects, especially in load bearing areas, is a complex procedure in orthopedic surgery. The usage of additive manufacturing processes enables the creation of customized bone implants with arbitrary open-porous structure satisfying both the mechanical and the biological requirements for a sufficient bone ingrowth. Aim of the present numerical study was to optim...

When adapting a product design for manufacturability and developing it into detail, the initial design intent may be distorted. Further, once attaining a fully defined product, assigned tolerances and production capacity determine the level of variation affecting each manufactured product, resulting in unit-to-unit differences in colour and geometry. Here, focus is set on visible geometrical de...