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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 1
    • [Protected] 未命名
    • [Protected] 高一年级历史学科试题
    • Arduino
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    • FloEFD
    • FloEFD教程
    • Flotherm
    • FlothermXT
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    • Machine Learning
    • 公众号
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    • 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 1
    • [Protected] 未命名
    • [Protected] 高一年级历史学科试题
        • [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] AI服务器与芯片热管理需求的指数级增长趋势、行业解决方案及市场格局分析报告
      • [Protected] How to model a drying process using the Fluid Film feature in Simcenter FLOEFD
      • [Protected] Saving FloEFD project definition into single parts or assemblies for library use
      • [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
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        • [Protected] ROM 数学模型
        • [Protected] FMU 格式的 BCI ROM
        • [Protected] VHDL-AMS 格式的 BCI-ROM
        • [Protected] 使用结果导出程序对 BCI-ROM 进行求解
        • [Protected] config.json 文件的输入
        • [Protected] 使用 MATLAB/Octave 对 BCI-ROM 进行求解
        • [Protected] BCI-ROM 求解器代码
        • [Protected] rom_parameters.m 文件的输入
        • [Protected] 热网表
        • [Protected] 导出热网表
        • [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
      • E2 - Smart PCB 操作指导书
      • FLOEFD 辐射模型
      • FloEFD Question
      • FloEFD 介绍
      • FloEFD学习
      • FloEFD特色功能
      • Narrow Channels
      • T2 FloeEFD网格
      • 保存项目
      • 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
      • 20260323
      • 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
        • 散热管理培训完整课程
        • 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
    Iv9KvN4rCfGb601UfAOgzA==;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