CN
Intelligent new vision integrated solution provider
Home > Customer case > Boundary layer collision flow experiment
Boundary layer collision flow experiment

大气边界层是指大气层底部直接受地表影响的旋转湍流边界层，是大气与地表进行质量、动能交换发生的地方，亦是实现风能到电能转化的地方。

受剪切力、浮力和科氏力综合影响，边界层的碰撞流结构极其复杂，仅预测表面层空气流场流速分布存在局限性。故可采用PLIF平面激光诱导荧光成像技术，可精准测量空气流场中含LIF活性的物质浓度，研究不同湍流模型的特性，更好地模拟碰撞。

美国圣母大学采用高频PIV-PLIF系统，研究大气边界层温差异重流碰撞流动。


Related cases
Continuous spectrum bubble generator study
Aircraft flexible skin performance testing
Gas-liquid two-phase flow experiment
Explosive mechanics research
Material Performance Testing
High-speed water jets
Centrifugal pump technology research
Hopkinson Rod
Droplet collision studies
Airport runway detection
Road bed detection
Rail Inspection
Semiconductor mounter process failure
Multi-phase microfluidic experiments
Material Performance Testing
Vibration Modal Analysis
Falling hammer impact tester
Combustion efficiency study of internal combustion engines
New Tire Development
Engine sealing structure study
Engine ignition transient observation
Core package insulation film defect detection
Winding machine process research
Observation of die-cutting process
Detonator size inspection
Pharmaceutical logistics management
Engineering Blasting
Bionic Heart Valve
Bionic Intelligent Robot
Study of water flow with sparse particles
Boundary layer collision flow experiment
Turbulent Coherent Structure Study
Vortex structure in gravity flow
Turbulent super-scale coherent structure
Battery film defect detection
Body welding guidance
Detonator defect detection
Rail Wear Inspection
Polar ship collision model
Automotive crash dummy posture analysis
Cell phone drop test
Metal material stretching
Aircraft flexible skin performance testing
Screen scratch detection
Research on the mechanism of electric arc generation
Plasma observation
Study of stretchable frictional electric nanogenerators
Discharge current column observation
Biopsy needle jitter analysis
Complex frequency ultrasonic processing research
MIG welding melt drop transition
Laser 3D Printing and Surface Treatment
Laser Welding
Equipment fault location
Glue dispensing machine spraying process research
Laser cladding technology research
Brazilian disc splitting
Sandy soil block extrusion
Biomimicry
Continuous spectrum bubble generator study
Aircraft flexible skin performance testing
Gas-liquid two-phase flow experiment
Explosive mechanics research
Material Performance Testing
High-speed water jets
Centrifugal pump technology research
Hopkinson Rod
Droplet collision studies
Airport runway detection
Road bed detection
Rail Inspection
Semiconductor mounter process failure
Multi-phase microfluidic experiments
Material Performance Testing
Vibration Modal Analysis
Falling hammer impact tester
Combustion efficiency study of internal combustion engines
New Tire Development
Engine sealing structure study
Engine ignition transient observation
Core package insulation film defect detection
Winding machine process research
Observation of die-cutting process
Detonator size inspection
Pharmaceutical logistics management
Engineering Blasting
Bionic Heart Valve
Bionic Intelligent Robot
Study of water flow with sparse particles
Boundary layer collision flow experiment
Turbulent Coherent Structure Study
Vortex structure in gravity flow
Turbulent super-scale coherent structure
Battery film defect detection
Body welding guidance
Detonator defect detection
Rail Wear Inspection
Polar ship collision model
Automotive crash dummy posture analysis
Cell phone drop test
Metal material stretching
Aircraft flexible skin performance testing
Screen scratch detection
Research on the mechanism of electric arc generation
Plasma observation
Study of stretchable frictional electric nanogenerators
Discharge current column observation
Biopsy needle jitter analysis
Complex frequency ultrasonic processing research
MIG welding melt drop transition
Laser 3D Printing and Surface Treatment
Laser Welding
Equipment fault location
Glue dispensing machine spraying process research
Laser cladding technology research
Brazilian disc splitting
Sandy soil block extrusion
Biomimicry
微信公众号

微信公众号

官方抖音

官方抖音

千眼狼(Revealer)|国产|高速相机|高速摄像机超高速摄像机|高速摄像系统|运动分析系统研发生产商-富煌君达高科

Service hotline：4008-591-866

E-mail：sales@AgileDevice.com

Headquarters address：Baohe Fuhuang New Vision Building, Hefei City, Anhui Province

微信
微信
微博
微博
抖音
抖音
bilibili
bilibili
头条
头条

Copyright ©2025，Inc.All rights reserved. 皖ICP备13011179号-2 中文版 / ENGLISH

Telephone
4008-591-866
Consulting
Message