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ANSYS inc fluent 3d simulation model
Fluent 3d Simulation Model, supplied by ANSYS inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/3d+simulation+model/3d+model/pm40365696-335-3-2
Average 90 stars, based on 1 article reviews
fluent 3d simulation model - by Bioz Stars, 2026-09
90/100 stars

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Article Title: Transient Voltage Propagation in Bifilar Coils of a 380 kV Resistive Type SFCL
Article Snippet: Resistive type superconducting fault current limiters (R-SFCLs) are currently developed up to an operating voltage of 220 kV and higher voltage levels seems to be necessary in the future.. To limit the short-circuit current at such high voltages, long high-temperature superconductor tapes are required, which are typically wound into bifilar coils with low inductance.. The windings are insulated from each other by a mixed insulating system.

Article Title: Calculation and Experiment of Stray Inductance of PCB Double-Pulse Test Circuit Based on Three-Dimensional Simulation
Article Snippet: Fig. 5 shows the 3D simulation model built by Ansys software.

Article Title: Experimental and numerical investigation of discharging process of direct contact thermal energy storage for use in conventional air-conditioning systems
Article Snippet: Direct contact thermal energy storage (TES) for use in conventional air-conditioning systems is proposed to reduce the operational energy demand.. Thermal performance of a novel kind of phase change material (PCM) prepared for use in conventional air-conditioning systems with the proposed direct contact TES tank, is evaluated.. A 3-dimensional (3D) numerical model is built using ANSYS FLUENT to investigate dynamic characteristics of the discharging process of TES system.

Article Title: An improved concentrated mass method for analysis of the mechanics modes of a four-stage pump rotor system
Article Snippet: To improve the calculation accuracy for the mechanics mode of a double-support four-stage centrifugal pump rotor system (FCPRS), a simplified mathematical model derived from “four segments-four concentrations” and an ANSYS model were used to solve the model of a D-type FCPRS with balanced mass.. Based on ourresults, we present an improved mathematical model combining "five segmentsfour concentrations" and the modal resistance-bending stiffness (RBS) correction coefficient.. Moreover, the calculation results of the impeller mass eccentricity from the optimized model were compared with those from ANSYS simulations.

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Article Title: Glioblastoma Associated Natural Killer Cell EVs Generating Tumour-Specific Signatures: Noninvasive GBM Liquid Biopsy with Self-Functionalized Quantum Probes.
Article Snippet: Diagnosis of glioblastoma (GBM) poses a recurring struggle due to many factors, including the presence of the blood−brain barrier (BBB) in addition to the significant tumor heterogeneity.. Natural killer (NK) cells of the innate immune system are the primary immune surveillance mechanism for GBM and identify GBM tumors without any previous sensitization.. The metabolic reprogramming of NK cells during GBM association is expected to be reflected in its extracellular vesicles.



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Schematic diagram of the ultrasound modulated electroencephalography (USMEEG) principle. EEG, electroencephalography; tFUS, transcranial focused ultrasound; Chan., channel.

Journal: Cyborg and Bionic Systems

Article Title: Noninvasive Intracranial Source Signal Localization and Decoding with High Spatiotemporal Resolution

doi: 10.34133/cbsystems.0206

Figure Lengend Snippet: Schematic diagram of the ultrasound modulated electroencephalography (USMEEG) principle. EEG, electroencephalography; tFUS, transcranial focused ultrasound; Chan., channel.

Article Snippet: The 3D transcranial single-source dipole numerical simulation model was constructed based on the above skull model and COMSOL 6.0 as shown in Fig. B1, and the ultrasound raster scanning area is shown in Fig. B2, with the yellow star shape as the neuron setting position and the red dots as the ultrasound irradiation point positions.

Techniques:

Schematic of the flow of the decoding and localization algorithm for acoustoelectric signals, 3D transcranial single-source dipole localization simulation model, and schematic diagram of the ultrasound irradiation strategy and electrocorticography (ECoG) signal compared to the fitted signal. (A1) Flowchart of the envelope decoding and localization algorithm . (A2) Flowchart of the pulse repetition frequency (PRF) sideband localization algorithm. (B1) Numerical simulation model. (B2) Schematic diagram of the ultrasound irradiation strategy. (C1) S1 analog source signal. (C2) S2 analog source signal. (C3) S3 analog source signal. (C4) S4 analog source signal. AE, acoustoelectric effect.

Journal: Cyborg and Bionic Systems

Article Title: Noninvasive Intracranial Source Signal Localization and Decoding with High Spatiotemporal Resolution

doi: 10.34133/cbsystems.0206

Figure Lengend Snippet: Schematic of the flow of the decoding and localization algorithm for acoustoelectric signals, 3D transcranial single-source dipole localization simulation model, and schematic diagram of the ultrasound irradiation strategy and electrocorticography (ECoG) signal compared to the fitted signal. (A1) Flowchart of the envelope decoding and localization algorithm . (A2) Flowchart of the pulse repetition frequency (PRF) sideband localization algorithm. (B1) Numerical simulation model. (B2) Schematic diagram of the ultrasound irradiation strategy. (C1) S1 analog source signal. (C2) S2 analog source signal. (C3) S3 analog source signal. (C4) S4 analog source signal. AE, acoustoelectric effect.

Article Snippet: The 3D transcranial single-source dipole numerical simulation model was constructed based on the above skull model and COMSOL 6.0 as shown in Fig. B1, and the ultrasound raster scanning area is shown in Fig. B2, with the yellow star shape as the neuron setting position and the red dots as the ultrasound irradiation point positions.

Techniques: Irradiation

(A) Schematic of the delay distribution of the array elements (the darker the color, the higher the delay). (B) Acoustic pressure field before and after transcranial modulation. (C) Comparison results of the focal acoustic pressure and mechanical index (MI). (D) Distribution of transcranial TR-modulated onset temperature field.

Journal: Cyborg and Bionic Systems

Article Title: Noninvasive Intracranial Source Signal Localization and Decoding with High Spatiotemporal Resolution

doi: 10.34133/cbsystems.0206

Figure Lengend Snippet: (A) Schematic of the delay distribution of the array elements (the darker the color, the higher the delay). (B) Acoustic pressure field before and after transcranial modulation. (C) Comparison results of the focal acoustic pressure and mechanical index (MI). (D) Distribution of transcranial TR-modulated onset temperature field.

Article Snippet: The 3D transcranial single-source dipole numerical simulation model was constructed based on the above skull model and COMSOL 6.0 as shown in Fig. B1, and the ultrasound raster scanning area is shown in Fig. B2, with the yellow star shape as the neuron setting position and the red dots as the ultrasound irradiation point positions.

Techniques: Comparison

Focal acoustic pressure and MI for each modulation method

Journal: Cyborg and Bionic Systems

Article Title: Noninvasive Intracranial Source Signal Localization and Decoding with High Spatiotemporal Resolution

doi: 10.34133/cbsystems.0206

Figure Lengend Snippet: Focal acoustic pressure and MI for each modulation method

Article Snippet: The 3D transcranial single-source dipole numerical simulation model was constructed based on the above skull model and COMSOL 6.0 as shown in Fig. B1, and the ultrasound raster scanning area is shown in Fig. B2, with the yellow star shape as the neuron setting position and the red dots as the ultrasound irradiation point positions.

Techniques: