This media is not supported in your browser
VIEW IN TELEGRAM
Eiffel Tower, 324 m
Animation of transient wind simulation using RWIND 2
#Dlubal_Software
LES/DES turbulence model .
@Solidworks2019
Animation of transient wind simulation using RWIND 2
#Dlubal_Software
LES/DES turbulence model .
@Solidworks2019
This media is not supported in your browser
VIEW IN TELEGRAM
Artificial muscles operated by water
Created by
Automaton Robotics, this robotic arm is operated by water and power supply
The outcome is impressive: the dumbbell weights 7 kg (15,6 lbs), while the forearm with the hand only weights 1 kg (2,21lbs)
The startup targets to create first a prosthetic arm and ultimately a full humanoid robot to serve people
@Solidworks2019
Created by
Automaton Robotics, this robotic arm is operated by water and power supply
The outcome is impressive: the dumbbell weights 7 kg (15,6 lbs), while the forearm with the hand only weights 1 kg (2,21lbs)
The startup targets to create first a prosthetic arm and ultimately a full humanoid robot to serve people
@Solidworks2019
Forwarded from Alireza Ghiasvand
Ex_Files_SOLIDWORKS_2020_Essential_Training.zip
121.6 MB
Essential Training Solidworks 2020 (Final Exercises )
#Tutorial_videos
#Udemy_Solidworks_Essential_Training_Solidworks_2020
@Solidworks2019
#Tutorial_videos
#Udemy_Solidworks_Essential_Training_Solidworks_2020
@Solidworks2019
👍1
This media is not supported in your browser
VIEW IN TELEGRAM
This airless tire made for NASA’s Mars rovers could revolutionize tires on Earth.
It uses the shape memory alloy radial technology (SMART) which was first developed by NASA for future planetary exploration rovers. The tire is being further tested and developed by @smarttireco/IG, which has introduced the next-gen bicycle tire METL that uses the same material.
@Solidworks2019
It uses the shape memory alloy radial technology (SMART) which was first developed by NASA for future planetary exploration rovers. The tire is being further tested and developed by @smarttireco/IG, which has introduced the next-gen bicycle tire METL that uses the same material.
@Solidworks2019
❤1
This media is not supported in your browser
VIEW IN TELEGRAM
System NVH performance prediction is a robust solution that enables you to accurately predict the interior and exterior NVH performance of any system at any stage of the development cycle.
With this solution, you can:
✅ Accurately create or assemble systems in a virtual environment using test and simulation data
✅ Easily evaluate the effect of modifications or components at different development stages
✅ Maximize the usage of all the data in the organization
✅ Profit from the easy-to-use interface and enable non-experts to accurately predict the final product NVH performance.
#Siemens
@Solidworks2019
With this solution, you can:
✅ Accurately create or assemble systems in a virtual environment using test and simulation data
✅ Easily evaluate the effect of modifications or components at different development stages
✅ Maximize the usage of all the data in the organization
✅ Profit from the easy-to-use interface and enable non-experts to accurately predict the final product NVH performance.
#Siemens
@Solidworks2019
Forwarded from Alireza Ghiasvand
SolidWorks_Tutorial_#275_:_advanced_differential_gear_box_+_speed.webm
653.5 MB
SolidWorks Tutorial💡⏱
📌advanced differential gear box (+ speed reducer worm gear & spider gears)
@Solidworks2019
📌advanced differential gear box (+ speed reducer worm gear & spider gears)
@Solidworks2019