A cooling simulation device utilizing multiple impinging jets is built for ground cooling simulation tests of high speed flight vehicles.
An introduction is given firstly on a self-designed cooling simulation device capable of testing large test pieces.
Using Monte Carlo simulation, device performance of double gate MOSFET with 25 nm-gate length is evaluated.
Design: Measurement of three tasks performed on a work simulation device on two different days separated by 1 week.
In this case, a corresponding experimental system, integrating ETFE cushion model, load simulation device, environment simulation subsystem, automatic pressure control subsystem and measurement subsystem, was designed and manufactured.
This study focuses on evaluating the effects of aggregate surface properties on adhesion performance of chip seals using Accelerated Chip Seal Simulation Device (HSKSC) test procedure.
When a device is being considered for purchase by the center (all simulation device purchases go through this committee), a crucial piece is the Vendor Bid Summary.
Hence, we developed a 3D-printed simulation device for orbital surgery with tactual (haptic) correct simulation of all relevant anatomical structures.
This form also requires important safety, equipment design, durability, required customer upkeep, utility support, and other pertinent information about the simulation device.
In this paper, the cooling performance of multiple impinging jets with different nozzle arrangements in a ground fast cooling simulation device is studied in experiments.
