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    GitHub
    • [Protected] 个人文档
    • [Protected] 5通道隔离式热电偶测量系统原理图设计指南
    • [Protected] 串口
    • [Protected] 小车控制
    • [Protected] 未命名
    • Arduino
    • Clippings
    • ESP32
    • FloEFD
    • FloEFD教程
    • Flotherm
    • FlothermXT
    • Icepak
    • Machine Learning
    • 公众号
    • 初中化学
    • 散热写作
    • 杨君宜
    • 杨若君
    • 烤箱结构优化
    • 电容栅
    • 电路参考
    • 第三方
    • 软件编程
    • 高中历史
    • 高中数学
    GitHub
    • [Protected] 个人文档
    • [Protected] 5通道隔离式热电偶测量系统原理图设计指南
    • [Protected] 串口
    • [Protected] 小车控制
    • [Protected] 未命名
        • [Protected] 项目一 初识Arduino
        • [Protected] 项目二 SOS
        • [Protected] 项目三 神奇的按钮
        • [Protected] 项目四 简易入侵检测仪
        • [Protected] 项目五 可调灯
        • [Protected] 项目六 智能灯
        • [Protected] 项目七 创意门铃
        • [Protected] 项目八 小小作曲家
        • [Protected] 项目九 噪音计
        • [Protected] 项目十 遥控灯
        • [Protected] 项目十一 另类电子琴
        • [Protected] 项目十二 超声波测距仪
        • [Protected] 项目十三 公园人数计数系统
        • [Protected] 项目十四 打地鼠游戏
      • [Protected] How to model a drying process using the Fluid Film feature in Simcenter FLOEFD
      • [Protected] Index
      • [Protected] 01 ESP32 开发板 Devkit介绍
      • [Protected] 02 ESP32 开发环境之 Arduino IDE
      • [Protected] 03 ESP32开发环境之 PlatformIO
      • [Protected] 04 ESP32 GPIO介绍及使用
      • [Protected] ESP32 AD输入
      • [Protected] 总览
      • [Protected] ANSYS过段时间出现License错误的解决办法
      • [Protected] Arduino 使用Thermal Coupler
      • [Protected] 超声波传感器
      • [Protected] Arduino
      • [Protected] CDMA code spreading demostrate with Python
      • [Protected] Arduino控制小车
      • [Protected] ESP EYE
      • [Protected] ESP NOW
      • [Protected] ESP32 CAM Face
      • [Protected] ESP32 连接Wifi
      • [Protected] ESP32 使用MQTT
      • [Protected] ESP32 温度测量仪
      • [Protected] ESP32 功能介绍
      • [Protected] ESP32 接口
      • [Protected] ESP32 测试
      • [Protected] ESP32睡眠
      • [Protected] ESP32使用双核FreeRTOS和Arduino环境
      • [Protected] ETS 300753 解读
      • [Protected] FFT
      • [Protected] FOTA
      • [Protected] FaceNet 使用实例介绍
      • [Protected] Get Data from Picture Curve
      • [Protected] How to Add High Quality Matlab Graphics in Latex
      • [Protected] Hugo on VPS with Git
      • [Protected] I2C Sanner
      • [Protected] 在局部网格上设置通胀有什么好处？
      • [Protected] Insert Matlab Figure into Latex
      • [Protected] Interesting DIY Things
      • [Protected] L298N
      • [Protected] LED散热技术新动向
      • [Protected] MAX31855开发板使用
      • [Protected] MPU6050加速度计 陀螺仪传感器
      • [Protected] Mannually download bin file to ESP32
      • [Protected] OFDM
      • [Protected] PA模型
      • [Protected] Polar编码
      • [Protected] PowerPAD Packages
      • [Protected] Tips about using Layer in Creo
      • [Protected] QFN Package
      • [Protected] Sverchok中的Bloom Spheres
      • [Protected] 固态界面材料热特性测量
      • [Protected] TensorFlow Lite on Raspberry
      • [Protected] Tensorflow学习笔记1
      • [Protected] Thermal Impedance
      • [Protected] Use flogate_cl Command convert xml to pdml
      • [Protected] VL6180X测距
      • [Protected] VS Code and PlatformIO IDE for ESP32 and ESP8266 Arudino platform code introduction
      • [Protected] Edgeimpulse
      • [Protected] Flask socketio echarts
      • [Protected] Github Desktop 设置代理
      • [Protected] Icepak Tips
      • [Protected] iPhone 4 热分析
      • [Protected] Latextools
      • [Protected] python matplotlib 支持中文标题
      • [Protected] 风扇设计与选型
      • [Protected] Mkdoc github
      • [Protected] Rasp pi installation
      • [Protected] 在树莓派上安装 shadowsocks 客户端
      • [Protected] Wemos
      • [Protected] 信道编码的前世今生
      • [Protected] 动物王国开大会
      • [Protected] 卡尔曼滤波
      • [Protected] 固态界面材料热特性测量
      • [Protected] 图表highcharts联合jquery ajax 后端取数据前端图表渲染
      • [Protected] 工具合集
      • [Protected] 御 Air 2 新手教程
      • [Protected] 数字调制
      • [Protected] 树莓派 Google Assistant
      • [Protected] 树莓派AI工具
      • [Protected] 无线控制温箱
      • [Protected] 热力学名词
      • [Protected] Tips about using Layer in Creo
      • [Protected] 符号间干扰(ISI)与循环前缀(CP)
      • [Protected] 米思齐开发
      • [Protected] 红外热像仪发射率确定方法
      • [Protected] 编码器 SIQ 02FVS3
      • [Protected] 舞台剧荷叶圆圆脚本
      • [Protected] 无线通信基础之：调制
      • [Protected] 长平之战
        • [Protected] AI 对话
        • [Protected] Sensor滤波
        • [Protected] 按键消抖
        • [Protected] 01abc
      • [Protected] How to model anisotropic conductivity for non aligned with axis cylindrical geometry
      • [Protected] Change Number Of Decimal Places For Unit-less Equation Goal Parameters
      • [Protected] FLOEFD: How to set an OR-type finishing condition in a transient calculation
      • [Protected] FLOEFD: How to access and inspect the fluid region body
      • [Protected] How do you assign SmartParts (from Simcenter Flotherm XT) in Simcenter FLOEFD?
      • [Protected] Optimizing Precision: Mesh Considerations for heat sink simulation
      • [Protected] How do you assign meshes (from Simcenter Flotherm XT) in Simcenter FLOEFD?
      • [Protected] Simcenter FLOEFD : number of iterations per travel
      • [Protected] Simulate Heat Exchangers: Using Porous Media Models
      • [Protected] KB000135136
      • [Protected] Mesh Convergence Study for flow in channels
      • [Protected] Change LED current based on Junction Temperature
      • [Protected] Structural Analysis with imported thermal loads simulated in Simcenter FLOEFD
      • [Protected] KB000156801
      • [Protected] Battery 库
      • [Protected] How to model a drying process using the Fluid Film feature in Simcenter FLOEFD
      • [Protected] KB000176433
      • [Protected] KB000181778
      • [Protected] KB000182020
      • [Protected] KB000191485
      • [Protected] Predefined material data of Two-Resistor components in FloEFD
      • [Protected] FloEFD Suite: How to get pairs of values from MS-Excel into a boundary condition
      • [Protected] Model a sandwich structure using single block and orthotropic conductivity
      • [Protected] FLOEFD Engineering Database Location
      • [Protected] FloEFD can only work with resolved components, all lightweight components need to be resolved
      • [Protected] Import user specified material data from existing Engineering Database library file "CHEMBASEUSER2.XML"
      • [Protected] FloEFD software products abort without any error message if the automatic mesh "refinement" feature is activated and a fan feature is defined in the simulation project
      • [Protected] How to obtain the fluid volume of a subassembly, a specific part or a fluid subdomain?
      • [Protected] No active "Flow Analysis" menu item shown in top main menu of FloEFD for Creo (ProE)
      • [Protected] Which material should be specified for the lids which are only used to seal/close the geometry and for defining the flow boundary conditions for an internal flow analysis involving heat transfer
      • [Protected] Missing FloEFD for Creo tab (icon) after opening a simulation project
      • [Protected] Defining inlet flow parameters like swirl or direction for an internal fan does have direct influence on the out-flow
      • [Protected] Modeling and simulation of a turbine
      • [Protected] MG580282
      • [Protected] What graphics do I need for the FloEFD Dynamic Streamlines option
      • [Protected] Change graphical user interface (GUI) language of FloEFD for Creo
      • [Protected] Continue calculation after unexpected program abort during solving transient analysis project
      • [Protected] Leak Tracking tool to check the for a correct electrical path for a Joule Heating calculation
      • [Protected] Leak tracking tool to identify holes or gaps in the geometry to ensure a watertight model for an internal analysis
      • [Protected] The message "You have specified incompatible electrical condition" is appearing in the solver monitor
      • [Protected] Activate periodic results file saving for a transient analysis in FloEFD
      • [Protected] Create separate FLOEFD projects from existing Design Points of a Parametric Study
      • [Protected] MG585127
      • [Protected] Manually create FloEFD Creo shortcut on a system with non-standard Creo installation
      • [Protected] MG585200
      • [Protected] Possibility to edit and save exported external Engineering Database files
      • [Protected] Calculation of Design Points specified in Parametric Study using batch run functionality
      • [Protected] Simulation involving convective heat transfer and fluid flow in fluid domain and radiation only heat transfer in vacuum space
      • [Protected] Definition of the term Travel and calculation of number of iterations per one travel
      • [Protected] Parametric study for a goal optimization analysis of a heat source item in FloEFD
      • [Protected] FloEFD solver fails to start but there is no error message at all
      • [Protected] MG589834
      • [Protected] MG593903
      • [Protected] Unresolved Network Assembly in FloEFD
      • [Protected] Simulation Based Characterization: In Range Operation Assurance
      • [Protected] FLOEFD algorithm to speed up preprocessor
      • [Protected] Saving FloEFD project definition into single parts or assemblies for library use
      • [Protected] Static surfaces/stator wall within a rotating region
      • [Protected] Can't see 'FloEFD Simulation' icon on 'All applications' or 'Application' tab
      • [Protected] MG603621
      • [Protected] How can I appends logging entries on debug.log
      • [Protected] How to Import Compact 2R and Detailed Model Data From FloTHERM PACK to FloEFD.
      • [Protected] Fluid subdomain leaks in the entire model
      • [Protected] SmartPCB and mesh relationship
      • [Protected] How to control the air density as an input for altitude studies in FloEFD
      • [Protected] Batch Results Processing: How to create Plots, Goal Plots, XY-Plots, and Reports automatically
      • [Protected] How can I edit parmeter values using the same dialog box?
      • [Protected] MG608204
      • [Protected] Solver stuck in "Calculating" state
      • [Protected] I have a loading or crash issue on FloEFD.
      • [Protected] How can I display the heat transfer rate of each component?
      • [Protected] BCI-ROM and 'Heat conduction in solids only' option
      • [Protected] How can I setup the periodic heat source?
      • [Protected] How to separate grouped(coupled) parts/assemblies after a STEP (or neutral CAD format) file import
      • [Protected] How to model non-aligned and flexible PCBs in Simcenter FLOEFD
      • [Protected] Parallel solver scalability
      • [Protected] Mapped network drive is missing from the selection in the installation window
      • [Protected] Flux Plot
      • [Protected] Update Smart PCB location when move the part
      • [Protected] Scale factor setup on Simcenter FLOEFD
      • [Protected] MG616537
      • [Protected] How to measure any variable at domain boundaries by using Dummy Parts?
      • [Protected] MG618139
      • [Protected] MG619501
      • [Protected] How to make a X-Y plots in FLOEFD
      • [Protected] What are the 'Bottleneck Number' and the 'ShortCut Number' on Simcenter FLOEFD?
      • [Protected] MG621810
      • [Protected] Battery discharge or charge mode setup on Simcenter FLOEFD
      • [Protected] MG622411
      • [Protected] Why is the electric current not passing in my Joule Heating simulation?
      • [Protected] How to create an external IGBT (insulated-gate bipolar transistor)-Database or compatible import file for the FLOEFD Engineering Database by using a XML-File
      • [Protected] MG623629
      • [Protected] Non-Newtonian blood flow simulation in FLOEFD
      • [Protected] Creating a Thermal Territory in EDA Brdige to be transferred back to FLOEFD.
      • [Protected] Failed to covert PDML file.
      • [Protected] 动压与静压：理解流体力学中的两个关键概念
      • [Protected] 未命名 1
      • [Protected] 未命名 2
      • [Protected] 未命名 3
      • [Protected] 未命名 4
      • [Protected] 未命名
        • [Protected] Index
        • [Protected] 入门
        • [Protected] 访问文档
        • [Protected] 访问支持
        • [Protected] 约定
        • [Protected] 原有 FLOEFD 许可证模块（2312 之前版本）
        • [Protected] FLOEFD 许可证模块（当前版本）
        • [Protected] 功能
        • [Protected] 工作原理
        • [Protected] 定义项目
        • [Protected] 分析类型（入门）
        • [Protected] 物理特征
        • [Protected] 材料定义
        • [Protected] 总体边界条件和工程设备
        • [Protected] 初始条件概述
        • [Protected] 网格
        • [Protected] 求解 Navier-Stokes 方程
        • [Protected] 获取结果和后处理器计算
        • [Protected] 用户界面
        • [Protected] FLOEFD 项目
        • [Protected] FLOEFD 项目树
        • [Protected] 项目属性
        • [Protected] FLOEFD 分析树
        • [Protected] 全局坐标系
        • [Protected] 重建错误
        • [Protected] 功能使用说明
        • [Protected] FLOEFD 分析树特征
        • [Protected] 编辑定义 对话框
        • [Protected] 选择列表
        • [Protected] 选择过滤器
        • [Protected] 一次编辑多个项目
        • [Protected] 特征属性
        • [Protected] 删除项目
        • [Protected] 在项目间复制特征
        • [Protected] 在组件实例间复制特征
        • [Protected] 特征标注
        • [Protected] 标注外观
        • [Protected] 项目
        • [Protected] 使用组件
        • [Protected] 组件控制
        • [Protected] 禁用装配组件
        • [Protected] 从分析中排除未使用的组件
        • [Protected] 采用模板新建项目
        • [Protected] 根据模板新建项目
        • [Protected] 模板
        • [Protected] 创建新模板
        • [Protected] FLOEFD 默认模板
        • [Protected] 向导
        • [Protected] 导航器
        • [Protected] 项目名称
        • [Protected] 单位系统
        • [Protected] 单位
        • [Protected] 更改单位制
        • [Protected] 创建自定义单位
        • [Protected] 加载单位制
        • [Protected] 保存单位制
        • [Protected] 识别流体体积
        • [Protected] 克隆项目
        • [Protected] 删除项目
        • [Protected] 编辑注释
        • [Protected] 摘要
        • [Protected] 重建项目
        • [Protected] 参数
        • [Protected] 将项目导出至 Nastran
        • [Protected] 项目文件
        • [Protected] 常规设置
        • [Protected] 执行常规设置
        • [Protected] 分析类型
        • [Protected] 指定分析类型和物理特征
        • [Protected] 传导
        • [Protected] 结构分析
        • [Protected] 电磁
        • [Protected] 辐射
        • [Protected] 启用辐射
        • [Protected] 太阳辐射
        • [Protected] 方位方向
        • [Protected] 顶点方向
        • [Protected] 轨道上辐射环境
        • [Protected] 天体的轨道属性
        • [Protected] 卫星的轨道要素
        • [Protected] 在远场边界的辐射条件
        • [Protected] 随时间变化的分析
        • [Protected] 重力效应
        • [Protected] 重力效应的压力势
        • [Protected] 请参考原点（重力）
        • [Protected] 不溶混混合物的压力势
        • [Protected] 开口处的压力势
        • [Protected] 旋转
        • [Protected] 全局旋转
        • [Protected] 局部区域（均值）
        • [Protected] 局部区域（滑移）
        • [Protected] 定义旋转
        • [Protected] 旋转轴
        • [Protected] 关于旋转坐标系
        • [Protected] 旋转参考坐标系中的压力势
        • [Protected] 请参考原点（旋转）
        • [Protected] 自由面
        • [Protected] 流体
        • [Protected] 指定项目流体和默认流体
        • [Protected] 流体类型
        • [Protected] 非牛顿液体
        • [Protected] 可压缩液体
        • [Protected] 真实气体
        • [Protected] 创建用户定义的真实气体
        • [Protected] 水蒸汽凝结
        • [Protected] 可燃混合物
        • [Protected] 反应物的公式定义
        • [Protected] 流动特征
        • [Protected] 湍流
        • [Protected] 两尺度壁面函数
        • [Protected] 漩涡可视化参数
        • [Protected] 高马赫数流动
        • [Protected] 相对湿度
        • [Protected] 薄膜冷凝
        • [Protected] 吸附
        • [Protected] 空化
        • [Protected] 平衡空化模型
        • [Protected] 空化模型
        • [Protected] 燃烧
        • [Protected] 固体
        • [Protected] 指定默认固体材料
        • [Protected] 热导率类型
        • [Protected] 为各向异性热导率指定方向
        • [Protected] 焦耳热
        • [Protected] 固体内穿透和吸收
        • [Protected] 指定热辐射透明度
        • [Protected] 弹性属性
        • [Protected] 电磁属性
        • [Protected] 默认壁面条件
        • [Protected] 指定壁面条件
        • [Protected] 滑移条件（默认壁面条件）
        • [Protected] 初始条件和环境条件
        • [Protected] 指定初始条件和环境条件
        • [Protected] 选择要传输的结果
        • [Protected] 输入数据
        • [Protected] 计算域
        • [Protected] 定义计算域
        • [Protected] 电磁域
        • [Protected] 轴向周期
        • [Protected] 调整计算域大小
        • [Protected] 周期性边界条件
        • [Protected] 对称平面
        • [Protected] 流体子域
        • [Protected] 创建流体子域
        • [Protected] 流体子域初始条件
        • [Protected] 滑移条件（流体子域）
        • [Protected] 流体子域的流动特征
        • [Protected] 旋转区域
        • [Protected] 代表旋转区域的组件
        • [Protected] 创建旋转区域
        • [Protected] 固体材料
        • [Protected] 创建固体材料
        • [Protected] 荧光粉粒子属性
        • [Protected] 边界条件
        • [Protected] 开口边界条件
        • [Protected] 创建开口条件
        • [Protected] 指定流动参数
        • [Protected] 指定热动力参数
        • [Protected] 气体分析中的边界条件
        • [Protected] 使用迭代压力拟合获得出口边界条件处的精确速度分布
        • [Protected] 壁面边界条件
        • [Protected] 创建壁面条件
        • [Protected] 指定壁面参数
        • [Protected] 指定壁面运动
        • [Protected] 调入边界条件
        • [Protected] 创建调入边界条件
        • [Protected] 步骤 1 - 选择边界
        • [Protected] 步骤 2 - 选择要调入的结果
        • [Protected] 浏览项目
        • [Protected] 步骤 3 - 指定条件的类型
        • [Protected] 风扇
        • [Protected] 定义风扇
        • [Protected] 创建风扇
        • [Protected] 指定风扇参数
        • [Protected] 风扇工作点
        • [Protected] 热源
        • [Protected] 创建表面热源
        • [Protected] 创建体积热源
        • [Protected] 辐射表面
        • [Protected] 定义辐射表面
        • [Protected] 标准辐射表面类型
        • [Protected] 创建辐射表面
        • [Protected] 辐射源
        • [Protected] 辐射源类型
        • [Protected] 创建辐射源
        • [Protected] 覆膜条件
        • [Protected] 创建覆膜条件
        • [Protected] 粒子收集
        • [Protected] 创建粒子
        • [Protected] 起点定义的文件格式（粒子）
        • [Protected] 指定粒子设置
        • [Protected] 粒子可视化参数
        • [Protected] 热阻
        • [Protected] 创建热阻
        • [Protected] 热电冷却器
        • [Protected] 热电冷却器特征
        • [Protected] 创建热电冷却器
        • [Protected] 多孔介质
        • [Protected] 多孔介质的属性
        • [Protected] 多孔介质模型
        • [Protected] 散热器模型
        • [Protected] 创建多孔介质
        • [Protected] 多孔板
        • [Protected] 多孔板属性
        • [Protected] 创建多孔板
        • [Protected] 隔膜
        • [Protected] 隔膜的属性
        • [Protected] 创建隔膜
        • [Protected] 热接点
        • [Protected] 创建热接点
        • [Protected] 双热阻组件
        • [Protected] 创建双热阻组件
        • [Protected] 网络装配
        • [Protected] 创建热阻网络
        • [Protected] 热导管
        • [Protected] 创建热导管
        • [Protected] 印刷电路板
        • [Protected] 印刷电路板的属性
        • [Protected] 创建印刷电路板
        • [Protected] 智能 PCB
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        • [Protected] 链接热 SPICE 网表和电气 SPICE 网表
        • [Protected] VHDL 网表参数
        • [Protected] 设置模型工作目录
        • [Protected] CAD 转到 Flomaster
        • [Protected] 结果导出器
        • [Protected] Teamcenter Share
        • [Protected] 选项
        • [Protected] 常规选项
        • [Protected] 单位选项
        • [Protected] 视图选项
        • [Protected] 远程求解器
        • [Protected] 错误和参数列表
        • [Protected] 警告消息
        • [Protected] 电磁解错误消息
        • [Protected] 参数列表
        • [Protected] 术语表
        • [Protected] 图列表
        • [Protected] Jo
        • [Protected] FLOEFD User Guide for Creo
        • [Protected] Main toc
        • FloEFD 基础培训：CFD与数值基础
        • 1 2
        • 第 2 章
        • 3 1
        • AGM-88 “哈姆”导弹跨音速气动仿真分析指南
        • C1
        • EC XML File Format
        • 培训1
      • C6 CPU
      • E0
      • E1 LED
      • FLOEFD 辐射模型
      • FloEFD Question
      • FloEFD 介绍
      • FloEFD学习
      • FloEFD特色功能
      • Narrow Channels
      • T2 FloeEFD网格
      • 讲课文字稿1 1
        • 未命名
        • 0
        • FloEDA Bridge 教程：从入门到精通
        • 02 FloEDA Bridge 教程 视频讲解脚本
        • FloEFD 中的 PCB 热模型导入与选择
        • 03 第 3 章 电子元件热模型
        • 1
        • 30 Watt LED
        • LED HZ
        • 电池包散热系统
      • Index
      • 0311 散热基础
      • Flotherm基础 (Day 2)
      • How to build 2R resistor model in Flotherm
      • Bn and Sn
      • DCDC Buck Boost Converter 热耗计算
      • 关于风扇
      • FloSCRIPT使用
      • FloTHERM中模拟太阳辐射
      • Floscript 和 Flotherm Environment Shell的结合使用
      • Floterm PCB Vias 模拟
      • Flotherm Export Attribute Table Data
      • Flotherm Tips
      • Flotherm Workplan
      • 批处理模式运行Flotherm
      • Flotherm 快捷键
      • Flotherm 模拟散热器的建议
      • Flotherm 模拟水冷
      • Flotherm XT mesh
      • Flotherm中加入热管模型后收敛困难
      • Flotherm中的坐标系
      • Flotherm杂项
      • Flotherm中加入热管模型后收敛困难
      • KB000158211
      • Modeling Thermoelectric Coolers in Simcenter Flotherm
      • Error "Failed to get a lock" when loading a project.
      • FloTHERM 常用的快捷键?
      • What material should be used for a 2 resistor component on a PCB smartpart?
      • Changing default units after the software is installed?
      • What does Case Temperature Calculation Factor in the Compact Component Smartpart do?
      • Solving Installation / InstallAnywhere crashes
      • MG245014
      • How can I quickly calculate the total power dissipated in my model?
      • What is the value Theta Jb for and how do I calculate it?
      • MG245233
      • Suggested locations for solid material properties data
      • Available environment variables
      • How do I model a vacuum?
      • Setting the heat transfer coefficient in an ambient attribute
      • Different colored assemblies in project manager tree
      • What is the difference between the model setup ambient temperature and system ambient?
      • Where can I find description of IDF file format?
      • Modeling a 3D Angled Fan
      • Global settings in visual editor
      • Transients and sequential optimization in Command Center
      • Setting ambient temperatures with transient attributes
      • Activating double precision solver
      • Solving problems with prism, tet and inverted tet solid-solid contact
      • Using multi grid damping
      • Design of experiments not working
      • Particles are not included in output
      • Importing Visual Editor results setup from one analysis to another
      • Using the runSolve batch script
      • Setting environment variables
      • How can I interact with the FloTHERM XML schema?
      • MGLS: Problem opening package info file
      • Setting domain size for a sealed system in natural convection
      • Best practise for gridding heat sinks
      • Resetting Command Center scenario status after crashing
      • Solving problems with geometry display in visual editor
      • Solving CR5000 interface errors
      • Changing the units in Visual Editor and Tables window
      • Modeling a Thermal interface material (TIM)
      • Using a sloping block to create the geometry
      • Changing convergence criteria for 2-fluid systems
      • Attaching a transient attribute to thermal power of a PCB component smart part
      • How can I measure the Volume Flow rate or Heat flow across a user specified plane
      • Modeling angled flow using Fixed Flow SmartPart
      • Meaning of the status numbers in the logit file
      • Creating blind and buried vias
      • Creating layer images from Gerber data
      • Adding grid constraints to walls of an enclosure smart part
      • Negative velocity vectors along chassis walls in natural convection
      • Surface plots cannot be created
      • Field Error : Can I view the distribution of error in convergence in the visual editor?
      • My residuals are close to 10 and monitor points are stable. Can I stop the solver?
      • What is the advantage of setting inflation on a localized grid?
      • How does the software calculate automatic values of termination residual?
      • Fan out of range
      • Solving problems with Solar Reflectivity not working
      • 重力方向
      • Respect mesh ratio between mesh areas to get accuracy in results
      • Locate the overall domain around the equipment
      • Pressure residual oscillating: Reduce fan relaxation
      • Thermal power dissipated by a fan smart part
      • MG558355
      • Modeling Thermal Vias in FloTHERM using FloEDA Bridge
      • Significance of Datum pressure set under Global System settings
      • What is a cutout region and how is it used in FloTHERM
      • How to set up a conduction only model
      • How can I get the system resistance curve for my detailed board or chassis
      • System-Level Thermal Management of LEDs
      • Simple Temperature Measurements to Calibrate a Computational Fluid Dynamics Model of a CPGA/Heatsink Assemblies to Optimize Heatsink Performance
      • Application of a Computational Fluid Dynamics Tool for System-Level Thermal Simulation
      • Effect of Circuit Board Parameters on Thermal Performance of Electronic Components In Natural Convection Cooling
      • Thermal Performance of Air-Cooled Hybrid Heat Sinks for a Low Velocity Environment
      • Experimental Validation Methods for Thermal Models
      • Modelling of IC-Packages Based on Thermal Characteristics
      • Experimental and Computational Studies on the Thermal Management of Electronics Enclosures Using Natural Convection
      • Natural Convection Experiments with Cuboids and Cylinders of Equal Area
      • Modelling of Axial Fans for Electronic Equipment
      • The Use of a High Level Computational Fluid Dynamics Code in Engineering Education
      • Thermal Modeling and Analysis of an Aircraft Electronics Navigation Unit Under High-Altitude Conditions
      • Cooling Component Modeling
      • CFD Modelling for Component-level and Board-level Thermal Analysis: A PBGA Interconnect Technology for Low-Velocity Air-Cooling
      • Thermal Design for Fujitsu FCS-1000 Outdoor Telecommunications Cabinet
      • Natural Convection in Shallow Horizontal Air Layers Encountered in Electronic Cooling
      • Thermal Design of Personal Computer Chassis
      • Thermal Modelling of Sealed Enclosures in Outdoor Environments
      • DELPHI - A Status Report on the European-funded project for the Development of Libraries and Physical Models for an Integrated Design Environment.
      • Pressure Drop and Heat Transfer in an Isothermal Channel with Impinging Flow
      • Thermal Analysis of a Chip On Board (COB)
      • Some Tricks of the Trade of a FloTHERM User
      • Thermal-Fluid Simulation of Computer System Cooling and Verification of Simulation Accuracy
      • Development and Application of Compact Models of Packages Based on DELPHI Methodology
      • Thermal characterization and modelling of EFD transformers, applying DELPHI methodology
      • Thermal-Electrical Modeling of Electrical Subsystems
      • Experimental Validation of Numerical Heat Transfer Predictions for Single/Multi-Component Printed Circuit Boards in Natural Convection Environments
      • Thermal Design for Flip Chip on Board in Natural Convection
      • Measurement and Simulation of Junction to Board Thermal Resistance and Its Application in Thermal Modeling
      • Thermal Design and Evaluation Methods for Heat Sink
      • FloTHERM in the thermal design in Philips Consumer Electronics
      • Thermal Characterization of Cavity Down TBGA Package with FloTHERM
      • Thermal Design of Maxite Base Station
      • CFD Modeling of a Therma-Base™ Heat Sink
      • Thermal Strategy for Modeling Wirebonded PBGA Packages
      • A Thermal Design Methodology for Electronic Systems - Part II: System Level
      • Thermal characteristics of complex systems
      • Creation and Validation of a Two-Resistor Compact Model of A Plastic Quad Flat Pack (PQFP) Using CFD
      • Modeling Phase Change Material in Electronics using CFD - A Case Study
      • A Study of Compact Thermal Model Topologies in CFD for a Flip Chip Plastic Ball Grid Array Package
      • Multiphysics Modelling for Electronics Design
      • Modelling of a Phase Change Material Thermal Battery
      • CFD System Level Modeling of a Large Telecommunications Enclosure
      • Thermal Design for NOTEBOOK PC by using thermal analysis
      • Analysis of a Heat Pipe Assisted Heat Sink
      • Thermal Assessment and Enhancement of Molded Array (MAP) PBGA Packages for Handheld Telecommunication Applications
      • Modeling, Validation and Thermal Solution Design for a Flip-Chip Plastic Ball Grid Array Package
      • Numerical and physical simulation hand in hand to determine the thermal conductivity of a PCB
      • Fan Swirl and Planar Resistances Do Not Mix
      • Modeling in FLOTHERM the Effects of Airflow Impedance Produced by Several Blowers Working Together on the Same Plane
      • Heat Spreading and Conduction in Compressed Heatsinks
      • FLO/STRESS: An Integrated Stress Solver for the CFD Tool FLOTHERM
      • Modeling Large-Scale Electronic Systems using Computational Fluid Dynamics through a "Zoom-In" Approach
      • Investigating Limits in Naturally Cooled Systems Using FLOTHERM
      • Thermal Performance Comparison of a Microprocessor using Phase Change Materials in Various Configurations
      • A Design Approach to Thermal Characterization of Forced Convection Systems using Superposition in CFD
      • COMPARISON OF NUMERICAL PREDICTIONS AND EXPERIMENTAL MEASUREMENTS FOR TRANSIENT THERMAL BEHAVIOR
      • THERMAL DESIGN METHODOLOGY FOR ELECTRONIC SYSTEMS
      • Thermal Considerations in Cooling Large Scale High Compute Density Data Centers
      • NUMERICAL ANALYSIS OF AN ARRAY OF BALL GRID COMPONENTS
      • A numerical study of the thermal performance of an impingement heat sink - fin shape optimization
      • Raised Floor Computer Data Center: Effect on Rack Inlet Temperatures of Chilled Air Exiting both the Hot and Cold Aisles
      • Thermal Simulation of Telecom Racks
      • The Extraction of a Two-Resistor/Two-Capacitor Model for Common IC Packages and their Implementation in CFD
      • IMAPS Advanced Technology Workshop on Thermal Management for High Performance Computing and Telcom/Wireless Applications
      • Transient Performance of Common Modeling Assumptions Used in Detailed Thermal Package Models
      • MG575786
      • Micro Cooling Application on High Density Memory Module
      • Thermal Management of Portable Micro Fuel Cell Stacks
      • Thermal Transient Modeling And Experimental Validation In The European Project PROFIT
      • Recent Progress in Compact Thermal Models
      • An Experimental Assessment of Compact Thermal Models for the Prediction of Board-Mounted Electronic Component Heat Transfer
      • Using Compact Models in the Early Thermal Design of Electronics
      • Numerical study of heat pipe application in heat recovery systems
      • Thermal Management of Golden Dragon LED
      • DirectFET™ Thermal Model and Rating Calculator
      • Thermal Optimization of Electronic Systems Using Design of Experiments Based on Numerical Inputs
      • Comparative Analysis of Heat Sink Pressure Drop Using Different Methodologies
      • Generation of Subassembly Compact Half Models through Experiment and Modeling for Hard Drive Thermal Characterization
      • New Correlations Between Electrical Current and Temperature Rise in PCB Traces
      • MG575808
      • MG575821
      • Simulation-based Design Optimization Methodologies applied to CFD
      • Numerical Analysis of Thermo-Electric Coolers (TEC) Using FLOTHERM
      • Data Import into FloMCAD.Bridge
      • Thermal Bottlenecks and Shortcut Opportunities; Innovations in Electronics Thermal Design by Simulation
      • High conductivity block under Compact Component slows down convergence
      • How to study the solar radiation effect on 2D surface?
      • How to model Multi-fluids in FloTHERM/FloVENT?
      • Creating data file when using Web Part - Advanced Resistance Generator
      • What does temperature in fan result tables stand for?
      • Export FloEDA file from "PCB Viewer" product
      • MG586388
      • Filter solar with resistance object (free area ratio)
      • MG596030
      • How Conduction Heat Transfer Coefficient is calculated
      • MG599308
      • Reducing calculation time when calculating Joule Heating
      • Exporting ODB++ files from Mentor Graphics Xpedition
      • Exporting ODB++ files from Mentor Graphics Xpedition
      • MG603621
      • MG603666
      • MG603870
      • How to Set Solar Radiation in FloTHERM
      • Joule Heating example
      • Providing thermal keepout areas on PCB to the Electrical Engineers
      • VC的热模型
      • Thermal modeling of Vapor Chambers
      • Velocity results visualization in Simcenter Flotherm
      • Bottleneck Number (Bn) and ShortCut Number (Sc) equation
      • PDML versions supported in Flotherm Pack
      • Fail to import pack file
      • How to Export ECXML Files From Simcenter Flotherm to Include ECAD Data
      • Cooler SmartPart cannot be used in transient calculations
      • What is the Automatic Gridding and How can activate it?
      • Extracting fan curve data from old projects
      • Generate a simulation structure function from Simcenter Flotherm to T3ster Master
      • How can I check the solver data in a file?
      • lmstat reports that lmgrd is not running
      • Notes on importing CSV files
      • 如何有效地分析结果
      • TIM建模
      • Summary
      • 使用JEDEC热度量计算芯片温度（无附加散热器）
      • 共轭传热
      • 01 固体内部热流图
      • 封装热阻视频中的计算实例
      • 未命名 2
      • 自动局部网格
        • Simcenter™ Flotherm™ MCAD Bridge 用户指南
        • 第1章 MCAD Bridge 介绍
        • 第2章 查看和操作几何图形
        • 第3章 导入、转换和导出几何图形
      • Flotherm XT EDA Bridge
      • Flotherm XT 网格笔记
      • Flotherm XT mesh
      • Save As does not save all parts and assemblies in correct folder
      • Model Fan without frame - Model Active heatsink - Simulate Rotation of geometries
      • Analyzing Joule Heating of a Net Imported from FloEDA Bridge
      • Contact resistance is not taken in account
      • How to model phase change materials in Flotherm XT
      • Modeling a Thermal Interface Material (TIM)
      • Tips
      • Matt的Flotherm XT网格划分建议 v05
      • Icepak 技巧
      • Ansys Electronics Desktop Icepak入门
      • Ansys Electronics Desktop中的Ansys Icepak入门
      • 在AEDT - ECAD中使用Icepak进行模型构建
      • Icepak 技巧
      • 案例一
      • Wio Terminal Chirping birds detection using machine learning: Audio classification
      • Arduino RP2040 Sound classification using Machine Learning: Animal Sounds
      • ML230203
      • 使用边缘脉冲和机器学习的 ESP32 异常检测
      • Tensorflow Lite micro ESP32-CAM: Fashion Mnist [PlatformIO]
      • Arduino TinyML: Gesture recognition with Tensorflow lite micro using MPU6050
      • TinyML ESP32-CAM: Edge Image classification with Edge Impulse
      • Arduino Edge Impulse and Google keywords dataset: ML model
      • ESP32 Tensorflow micro speech with the external microphone
      • Getting started with Arduino Nano 33 BLE Machine Learning and Edge Impulse: Keywords detection
      • ESP32-CAM Object detection with Tensorflow.js
      • Wio Terminal KNN classifier: Machine Learning [with PlatformIO]
      • ESP32 Machine Learning: ESP32 KNN classifier
      • Raspberry Pi Tensorflow Lite: Image classification and Object detection – Easy guide
      • Arduino Machine Learning: Build a Tensorflow lite model to control robot-car
      • Art with ESP32-CAM: Style Transfer – Magenta JS
      • How to use ESP32-CAM with Tensorflow.js
      • Run Tensorflow Lite on ESP32 from scratch: Easy guide (PlatformIO)
      • ESP32-CAM Image Classification using Machine Learning
      • Transfer Learning tutorial: (Retrain an Image classifier + Tensorflow)
      • How to apply machine learning to android using Fritz.ai
      • Firebase Face Detection: How to use Firebase ML kit Face Detection
      • 9 Ways Machine Learning Is Revolutionizing Supply Chain Management
      • TinyML: Machine Learning on ESP32 with MicroPython
      • Gesture Detection using Deep Learning on Edge Devices
      • Deep Reinforcement Learning on ESP32
      • ESP32 Tensorflow micro speech with the external microphone
      • Art with ESP32-CAM: Style Transfer — Magenta JS
        • 01图像分类
        • 02人体动作识别
        • 03小程序
        • Pandas 笔记
      • 农村的衰落与新生
      • 如果上不了大学，怎么办？
      • 我为什么不更新公众号了
      • 电子产品热管理的新挑战和材料
      • 初中老师
      • 电子产品热管理的新挑战和材料
      • 温度分布不均匀的商用锂离子电容电池组三维热模型
      • 读书分享《平凡的世界》
      • 小米不小
      • 我的 10 年 PIM 与数据吞吐量对比
      • 无源互调 (PIM) 缓解
      • 结构材料“小虎队”
      • 20240325 阳极氧化铝辐射率
      • TIM材料测试夹具
      • 根据流量-压力曲线，设置Flotherm中面板阻力特性的完整流程
      • 热管组装到散热器的方法与工艺对比
      • 液冷红海下隐藏的金矿
      • 20250622 PCM 模拟案例
      • FLOEFD 狭窄通道网格设置指南
      • IGBT 温度预测
      • 使用热管进行锂离子电池在电动汽车高电流放电时的热管理分析
      • 基于新型蜘蛛网状通道冷却板交换器的锂离子电池热管理数值研究
      • 影响 QFN 封装热性能的 PCB 设计参数
      • 未命名
      • 烤箱控制器整改建议报告
      • 电动汽车电池波浪通道液体冷却系统的热性能
      • 非均匀温度分布的商用锂离子电容器电池组三维热模型
      • 二氧化碳（\(CO_2\)）的初中化学知识整理
      • Welcome to MkDocs
      • Battery
      • Contact Resitance
      • Flotherm XT
      • Flotherm中的太阳辐射
      • JESD
      • LDO损耗
      • TIM (Thermal Interface Material)材料
      • Heat and mass transfr by cengel
      • 二极管损耗
      • 封装
      • 封装热阻
      • 接触热阻
      • 未命名
      • 热动力学与传热学
      • 热电偶测量
      • 焦耳热
      • 电感损耗
      • 相变材料模拟
      • 瞬态分析
      • 问题分析
        • 3.6 翅片表面热传递
        • PCB热阻
        • 第3章 稳态热传导
        • 机箱仿真
        • 01 自然散热仿真
        • 02 fan
        • 散热管理培训基础课
        • ML
        • 米克网 B 站 散热直播
        • 风扇产品设计
      • 2022 三年级上学期
      • 2023 四年级下学期
      • 2024
      • 杨君宜10岁
      • 目录
      • 初一英语作文
      • 化学反应式
      • 数学
      • 社会时政导图
      • 社会时政
      • 观后感
      • 产品结构问题说明
      • 塑料制品设计指南
      • 塑胶产品结构设计准则
      • 塑胶产品结构设计准则（精简版）
        • Plastics Topics Design guides for plastics en
      • 基于IQS550的Thermal Gel厚度与开裂检测系统
      • MK2101
      • 一键开关机电路
        • 电控盒2方案
      • 项目整体方案
      • 使用Tauri打包python应用作为后端
      • VS Code
        • 01 Project Structure
        • FastAPI Amis Admin
        • 在线课程
        • 数据库
      • 学习方法
      • 高一
      • 不等式真题解密及能力拓展
    NX2AkqZGn38b2uNZ5Y1THQ==;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