Electromagnetic, Thermal, and Structural Analysis of a
ELECTROMAGNETIC, THERMAL, AND STRUCTURAL ANA LYSIS OF A THOMX RF GUN USING ANSYS M. El Khaldi, ... A coupled field analysis by a unique code is more efficient respect to ... RF-Thermal-Structural simulation in the same FEA mesh environment for the full model has been used.
Heat transfer analysis --QuickField FEA Software
Heat transfer analysis with QuickField FEA software. Main >> Product >> Packages >> Heat transfer analysis Heat Transfer heat transfer analysis, heat source, thermal analysis, generated heat, temperature distribution analysis The Heat Transfer module is used to analyze the temperature distribution in static and transient heat transfer …
Numerical simulation of temperature field and thermal
The maximum stress of the shell of the new type of ladle is lower (114 MPa) than the traditional ladle. The new type of ladle has more excellent thermal insulation performance and security than the traditional ladle, so it plays a referring role in comprehending distribution of temperature field and stress field …
120 – Thermal Demagnetization Analysis of an SPM
In order to carry out a precise evaluation of demagnetization, it is necessary to get a definite grasp of areas where a reverse magnetic field occurs and the materials’ demagnetization properties. With magnetic field analysis
Numerical Analysis of Electromagnetic Field Coupled with the
Aug 14, 2012 · Cite this paper as: Novac M., Novac O., Vladu E., Indrie L., Grava A. (2013) Numerical Analysis of Electromagnetic Field Coupled with the Thermal Field in Induction Heating Process.
Solidification simulation of direct energy deposition process
The calculation consists of two steps. The ﬁrst step is the thermal analysis by ﬁnite element method (FEM) to provide the temporal temperature distribution for the second step of MPFM solidiﬁcation calculation. Many thermal analyses with grain structure evolution for the AM process were performed and reported.
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Design and Thermal Analysis of Electric Motors of
EVS28 International Electric Vehicle Symposium and Exhibition 1 EVS28 KINTEX, Korea, May 3-6, 2015 Design and Thermal Analysis of Electric Motors of Electric Vehicles using Analytical and CFD Methods Jun Ho Lee1, Gee Soo Lee*1, Byung Hun Yu2, Hyun Chul Kim1, Kyu Sik Kim1, Bong Hyun Lee1 ...
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Simulation and Analysis of Flow Field in Sludge
2017/12/21 · Simulation and Analysis of Flow Field in Sludge Anaerobic Digestion Reactor based on Computational Fluid Dynamics Article in International Journal of Chemical Reactor Engineering 16(3) · December ...
ANSYS HFSS: High Frequency Electromagnetic Field Simulation
3D Electromagnetic Field Simulator for RF and Wireless Design. ANSYS HFSS is a 3D electromagnetic (EM) simulation software for designing and simulating high-frequency electronic products such as antennas, antenna arrays, RF or microwave components, high-speed interconnects, filters, connectors, IC packages and printed circuit boards.
Fast field solvers for thermal and electrostatic analysis
Two different field solver tools have been developed in order to facilitate fast thermal and electro-static simulation of microsystem elements. The MS-THERMANAL program is capable for the fast steady state and dynamic simulation of suspended multilayered microsystem structures.
How Accurate is Computer Simulation of Induction Systems?
Simulation of Induction Systems Temperature distribution in the ingot radius, 1D FDM EM+T computer simulation, Holmsdahl and Sundberg, ASEA, 1963 2D EM computer simulation of induction systems by Inductively Coupled Circuits method, E. Kolbe and W. Reiss, 1963 This was the simplest method of integral equations.
Field monitoring and numerical simulation of the thermal
Jun 23, 2016 · In this study, the thermal action of the 600‐m‐tall Canton Tower is investigated on the basis of the comprehensive long‐term SHM system installed on the structure and the numerical simulation. First, the temperature model of the entire structure is derived by using the field monitoring and numerical heat transfer analysis data.
Numerical simulation of permafrost thermal regime and talik
The precise relationships between lake depth, lake ice thickness, and mean annual lake bottom temperature are not available [Burn, 2002]. As an alternative, this study uses a simplified method of case study with variable long‐term mean lake bottom temperature. Field measurement data are prerequisite for numerical simulation.
This consists of a high capacity layout editor (some cells are small, but others such as memories or flat-panel-displays are huge), a full 3D field-based extractor to get all the precise parasitics, and then accurate SPICE circuit simulation that can take the models from TCAD (or silicon characterization) and produce the usual performance data.
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Thermal and hydraulic characteristics of a large-scaled
Dec 10, 2019 · To better understand the characteristics of a large-scaled parabolic trough solar field (PTSF) under cloud passages, a novel method which combines a closed-loop thermal hydraulic model (CLTHM) and cloud vector (CV) is developed. Besides, the CLTHM is established and validated based on a pilot plant. Moreover, some key parameters which are used to characterize a typical PTSF and CV are ...
CiteSeerX — 1 System Dynamics Modeling and Simulation of
The electrical and thermal power flow and the power conversion processes represent the basis for the stock-andflow diagrams. At any time and for every sub process of the overall system the precise power and energy state can become certain and comprehended for the user. With examples some results of simulation are represented.
Analysis the Thermal Field for the Liquid Floated
In this paper, it is put forward a new kind of gyroscope and Theoretical analysis and simulation for it. it is based on the latest proposed a kind of MEMS gyroscope, the micro machine rotor of the liquid floated gyroscope in the thermal field has carried on the stress analysis and simulation. The magnetic field is a kind of drive, Gyroscope lumen is composed of stator and detecting electrode ...
120 – Thermal Demagnetization Analysis of an SPM Motor
With magnetic field analysis simulation using the finite analysis method (FEM), it is possible to calculate the reverse magnetic field and determine whether magnets and other parts demagnetize due to reverse magnetic field, taking material demagnetization properties into account.
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Electro-Thermal Analysis and Monte Carlo
63 Hatakeyama et al.: Electro-Thermal Analysis and Monte Carlo Simulation (3/7)dependent on the electron velocity, the electron tempera-ture and the energy relaxation time. The electron velocity depends on the momentum
Simulation and Thermal Analysis on Temperature Fields During
On this basis, simulation and thermal analysis of the curing temperature field with regard to composite structure and material system in the aviation industry have been performed. The variables such as the time of heat preservation, heating rate are also controlled, so that the improvements of heating efficiency and uniformity of temperature field are achieved.
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Study on Thermal Field of Mass Concrete by
An experimental study is conducted to simulate the thermal field in mass concrete. Accurate prediction of the thermal stress by analysis is quite difficult particularly at early ages, due to uncertain age-dependent properties of ...
Thermal Fluid Analysis by a Mesh Free Simulation
Thermal Fluid Analysis by a Mesh Free Simulation - Part 1 Analysis of the Thermal Fluid Field in a Headlamp Based on the Real 3D-CAD Model 2011-28-0135 The thermal fluid field in a headlamp based on the real 3D-CAD model is analyzed by a mesh free method.
Simulation of fully coupled thermomechanical
Simulation of fully coupled thermomechanical analysis of disc brake rotor ALI BELHOCINE*, MOSTEFA BOUCHETARA Department of Mechanical Engineering University of Sciences and the Technology of Oran L.P 1505 El