A model is developed to analyze the thermal performance of a room applying a new kind of under-floor electric heating system with shape-stabilized phase change material (PCM) plates, which is verified by our experimental data.
A finite element model to predict the dynamic response of the system with embedded shape memory alloys (SMA) fibres is proposed.
Interestingly, this type of locality-driven strategy, which seeks to align the logical behavior of a distributed system with the shape of its physical deployment, can be transposed to cloud-based infrastructures, with substantial performance gains as exemplified by Camdoop [56].
A kind of electrical floor heating system with a shape-stabilized phase change material (PCM) which has been studied at Tsinghua University in our previous studies, can provide space heating during the whole day and can be controlled conventionally.
In short, a generic OFDM-based system with pulse shaping can be presented by the following steps: the transmit signal is first synthesized using (1), passed through propagation channels, and then analyzed at the receiver through (3).
This paper investigates the galloping stability of a two-dimensional three-degree-of-freedom (3DOF) system with an eccentric shape, such as an iced cable or power transmission line, incorporating inertial coupling along with the aerodynamic damping.
The inputs to the visual cortex are shared by a system that deals with shapes and textures while a separate system deals with movement, he says.
In this study, we propose the shape and layout understanding method which consisted of SIMP method as a topology optimization and Kansei information understanding of topology using Electroencephalography (EEG) through Brain Machine Interface (BMI), and also discuss the system configuration of ICSS with shape and layout understanding method.
A researcher using the image-based surgical-planning system manipulates a model of a patient's vascular system with input devices shaped like scalpels.
The net charge of the granular system with different particle shapes achieves an equilibrium state during the vibrating process.
Entergy is instead proposing an updated kind of water intake called a "wedge wire" system with a cigar-shape cage covered with a screen like the one on a screen door.
