產業別
1. Flotherm/FloEFD/Flotherm XT simulation case summary
| Flotherm/Flotherm Applications-汽車業/電子散熱/資料中心/比特幣 |  |
| FloEFD Applications-汽車業/航太業/電子散熱/能源/LED照明/醫療 | |
2. 半導體封裝-Flotherm+Flotherm Pack in semiconductor field
| A COMPLETE GUIDE TO 3D CHIP PACKAGE | |
| Electronics Thermal Design with Thales and FloTHERM XT | |
| Faraday-Thermal enhancement and study | |
| How to Predict Component Temperatures for Complex Network device | |
| Thermal management and characterization of flip chip BGA packages | |
| (網通)智易-FloEFD 應用 | |
| (網通)優比快-Flotherm XT 網通案例 | |
| Fujifilm Frontloads Camera Design with FloTHERM® | |
| IR-Camera Thermal Management | |
| NXP-Thermal Design Leading the Charge | |
| Peristaltic Pump Electronics Thermal Design with FloTHERM XT | |
| Reading Between the Thermal Lines | |
| Thermal Interface for Pluggable Optics Modules | |
| Wendy_Luiten_Six_Sigma_Electronics_Cooling | |
| Bitcoin_Mining | |
| Divide-conquer-datacenter-power-savings | |
| Thermal Efficiency-Facebook Data Center design | |
| Intel-Thermal-Power Envelopes in IoT Solutions | |
| Thermal Analysis of an ADAS Camera in FloTHERM XT | |
| Thermal Design Approach for Automotive Display Integration | |
| Unique with Autonomous Vehicle Systems | |
| Compact Liquid cooling system for High Power Microelectronic Devices | |
| Managing Temperature difference between IGBT modules | |
| HowTo Optimize an IGBT cooling module | |
| Iceotope-Liquid Cooled Computing | |
| Design Guidelines for a Piezoelectric Micro Blower Fansink | |
| FloEFD Validation Flow in an Impeller | |
| Keeping it Cool in Gas Turbines | |
| New Development of a Turbocharger with FloEFD | |
| Technion Leverages FloEFD to Validate Versatile Transonic Micro-turbine Test Rig | |
| THE DRIVING FORCE OF A SHIP-SIMULATION OF THE FLOW AROUND MARINE PROPELLER | |
| Trebunskikh__-FloEFD simulation of micro-turbine engine | |
| (EV) Driving Flanders to Electric Powertrain Innovation | |
| (EV) EV Battery Pack Thermal Simulation, Design Changes and Performance Analysis with FloEFD | |
| (EV) THERMAL MANAGEMENT OF AN ELECTRICAL VEHICLE BATTERY PACKING USING 1D AND 3D CFD | |
| (HeadLamp)LED module-radiation(Page 5-page9) | |
| (HeadLamp)Renault_Driving down Automotive Headlamp costs at Renault | |
| (Brake) Continental-Series Car Brake Cooling | |
| (Brake) Koenigsegg_Sports Car Brake Cooling Simulation with CAD-embedded CFD | |
| (Car interior)To make the Car the Best Place in the World | |
| Bose_CN | |
| In_Vehicle_Infotainment_Revolution | |
| Robert_Bosch_India Drives ECU Temperatures Down | |
| Delphi4LED – From Measurements to Standardized Multi-Domain Compact Models of LEDs | |
| Denso_T3ster+Flotherm | |
| Evaluation of Characterization Methods for Solid Thermal Interface Materials | |
| 华为制作出极为精确的热仿真模型 | |
| HNC 使用 FloVENT 研发创新洁净室设计 | |
| Thermal Efficiency-Facebook Data Center design | |
| 中分院餐廳流場模擬分析-Flow-Field Analysis of the Cafeteria on ITRI Central Campus | |
| 地下停車場與辦公室併用之空氣品質模擬分析與改善 | |
| A Unique Design to Generate UAV Electrical Power in Flight | |
| FloEFD® provides Accurate and Fast Flight Load Data for Aircraft Wing High Lift Devices at Irkut | |
| Reliability in Avionics Systems Managing Excessive Heat | |
| Thermal Challenges in Avionics | |
13. 大型設備流道設計 Equipment industry
| E-Cooling Cooling Power Electronics at Room Level | |
| Optimising air cooling for drive enclosures | |
| 滴灌滴水器迷宮流道流場模擬分析之研究 | |