V
主页
京东 11.11 红包
GOM Correlate video tutorial 2 object preparation and 2d image acquisition
发布人
https://www.youtube.com/watch?v=U9FTmAZK6Yo 这个视频主要是讲的散斑喷涂技巧和DIC图像的获取~
打开封面
下载高清视频
观看高清视频
视频下载器
GOM Correlate Video Tutorial Chapter 3 (2D Evaluation of Surface Components)
官方教程01 GOM correlate video tutorial 1 user interface
【转载】如何理解 Pourbaix Diagrams 电位-pH图
ABAQUS Tutorial-How to model graded material and functionally graded materal
【转载】Corrosion performance of a wire arc additive manufactured 316L alloy, Penot
【转载】Cost competitiveness and quality consistency in metal printing
【极化曲线和EIS计算腐蚀速率】Calculating Corrosion Rates with LPR and EIS
1-2
【转载】增材制造的背景和标准化 Additive manufacturing: Background and Standardization
Reducing surface roughness in additively manufactured parts
【转载】Protecting the World: Introducing Corrosion Science and Engineering
【附源码】2024最全OpenCV练手项目合集,学习计算机视觉图像处理必备,练完即可毕业,超级适合新手小白练手!!
极致的细胞膜流动性
【转载】FLOW3D增材制造模拟Additive Manufacturing: Continued FLOW-3D Webinar-2018-44min
强推!不愧是李飞飞,一口把深度学习、计算机视觉、神经网络、图像处理、图像分割、目标检测、物体识别给讲透了,新手小白秒上手!-人工智能/计算机视觉
3.5_ Metal 3D Printing
【转载】表面粗糙度和打印方向对SLM-SS316L疲劳性能的影响
【转载】【马普所】【增材简介】Introduction to metal additive manufacturing
[转载] ParaView_ probe data and plot over a line
触口虫属Trithigmostoma【24年9月观察记录】
【转载】Choosing Material Family to Minimize Weight_Mass & Meet Deflection
『超实用』ImageJ图像处理 - 神经细胞sholl分析:自动化分析
【转载】Melt pool Modeling for Additive Manufacturing Webinar | FLOW-3D AM
不锈钢的点蚀 简单动画 Pitting of Stainless Steel - Narrated
【转载】How to select materials using Ashby plots and performance indexes
太厉害了!终于有人能把OpenCV图像处理+YOLO目标检测讲的这么通俗易懂了!无偿分享学不会你来找我!_计算机视觉/深度学习/OpenCV/YOLO
【目前B站最全pytorch系列项目实战】70个练手项目合集,七天练完,练完即可就业!(从入门到精通,小白也能学会)
强推!【transformer入门】不愧是北大教授王树森亲授!这可能是唯一一个把transformer底层逻辑原理讲清楚的教程了吧!(人工智能、深度学习、AI)
海康 VM视觉软件 功能简介
Machine Learning in Additive Manufacturing
【附课件代码】2024最好的【OpenCV入门教程】草履虫都能学会!
【转载】Lionel Messi - A God Among Men - Documentary
【转载】Smart Metal Printing - a plenary talk,增材制造
【转载】氢氟酸危险而有用 Hydrogen fluoride dangerous and surprisingly useful
【转载】Ali Fatemi-2018-增材制造钛合金(Ti6Al4V)疲劳性能研究
【转载】原位合金化-Using In-situ Alloying to Overcome Material Limitations in Metal AM
这脏污人看着都费劲,halcon传统检测竟然可以检测出来
Lack of fusion voids, balling, surface roughness, and residual stress in AM
Disruptive design via additive manufacturing_ Chris Williams at TEDxVirginiaTech
2024终于有人把【图像处理与机器视觉】讲清楚啦!