Naviate’s Post

#Ackermann #steering #geometry optimizes the turning radius of a vehicle by ensuring that all wheels follow different paths during a turn. Explore the principles of Ackermann steering geometry and its applications in robot navigation in the next open class. Apr 9th, 6 PM CEST Link: https://ow.ly/LV4X50R9N79

In this Altair Academy course, we will look at the basics of designing and building a lightweight category rotary-wing drone. First, guidance will be given on selecting electrical components including batteries, power distribution boards, battery eliminator circuits, and electronic speed controllers. The operating mechanism of these elements will also be explained.👇

🎥 Our Download Center is buzzing with the release of our third tutorial video, spotlighting the SerDes Logging Adapter (SLA). 🌟 Dive deep into how the SLA effectively sidesteps influences on the SerDes Link in our latest tutorial. 💡 Stay ahead of the curve with AED Vantage and unlock the potential of seamless SerDes performance. Visit our Download Center or our YouTube channel to view the complete video tutorial. https://lnkd.in/d354ahe2 #techinsights #serdes #autonomousdriving #testdrive #futuremobility #engineering #measurementtechnology #sensortechnology

Let's learn how to replace spark plugs! @elosgarage Swap out those old spark plugs and give your engine a boost with #Autolite Iridium XP spark plugs! 💥🚗 #Autolite #AutoliteSparkPlugs #SparkPlugs #DIY

In the final stretch of VIPER assembly...

For today’s #ThrowbackThursday, we’re diving into the world of shipping. Shipping is vital to the global economy, enabling the mass transport of goods worldwide. However, the industry is facing tightening emissions regulations, which necessitates the design of increasingly efficient and effective propulsion systems, including propellers. In this blog post, we look at how CONVERGE can be applied to analyze and optimize propeller designs. We highlight several example cases, including steady and transient simulations of a submerged propeller as well as a surface piercing propeller. CONVERGE’s autonomous meshing easily accommodates the propeller motion, and its Adaptive Mesh Refinement helps capture the wake effects. For the surface piercing case, we used CONVERGE’s volume of fluid approach with a surface compression technique to accurately model the multi-phase flow. Check out our blog post to learn more! https://lnkd.in/gdMR6FT9

Robot space maintenance based on human arm dynamics: On-orbit assembly has become a crucial aspect of space operations, where the manipulator frequently and directly interacts with objects in a complex assembly process. The traditional manipulator control has limitations in adapting to diverse assembly tasks and is vulnerable to vibration, leading to assembly failure.

For today’s #ThrowbackThursday, we’re diving into the world of shipping. Shipping is vital to the global economy, enabling the mass transport of goods worldwide. However, the industry is facing tightening emissions regulations, which necessitates the design of increasingly efficient and effective propulsion systems, including propellers. In this blog post, we look at how CONVERGE can be applied to analyze and optimize propeller designs. We highlight several example cases, including steady and transient simulations of a submerged propeller as well as a surface piercing propeller. CONVERGE’s autonomous meshing easily accommodates the propeller motion, and its Adaptive Mesh Refinement helps capture the wake effects. For the surface piercing case, we used CONVERGE’s volume of fluid approach with a surface compression technique to accurately model the multi-phase flow. Check out our blog post to learn more! https://lnkd.in/gdMR6FT9

🤖 New way of manufacturing sheet metal: Robo-forming This video talks about a new way of manufacturing sheet metal called Robo-forming. It is basically using robots and artificial intelligence to shape metal sheets. This technology could revolutionize the way many things are made. Traditionally, sheet metal forming has been done with stamping presses. These presses are expensive and can only make one specific shape. Robo-forming, on the other hand, is much more flexible. Robots can be programmed to make a wide variety of shapes, and they can be easily reprogrammed to make new ones. This means that companies will be able to produce custom parts without having to invest in new machinery. #manufacturing #technology #innovation #robotics #artificialintelligence https://lnkd.in/gBkhz9vv

Ep 4: The Grid In this episode I'll talk through what the grid is actually used for within the system, the ability to mount on mezzanines, stepped AutoStores and the choice between Single-Double and Double-Double... I'm sure there will be some opinions on that last part! Let me know your thoughts or if you have any questions? #SystemDesign #AutoStore #AutoStoreGrid