Rendering some of my previous work with Eevee Next! Very impressed with it so far, I simply loaded my old blend file and worked straight away! Also, the compositor can run on the GPU! exciting times ahead! This animation is based on the 240W USB-C charger from EPC #b3d

Did this comparison between cycles, Eevee next and Eevee legacy of one of my previous renders. All setups have identical model, materials and lighting. Cycles looks great, you can see the shadows around the PCB edges and a little transparencey in the PCB. Eevee next is very

Another Eevee next animation! recreating one of earliest scenes from four years ago! I added volume fogs and floating dust particles. Circuit boards and electronics are fun! #b3d #blender3d #Eevee #hardware #electronics #circuits #engineering #rendering #3dmodeling #animation

This openEMS electromagnetic animation shows how the high gain antenna onboard the lunar rover operated. Radio waves transmitted from earth hit the parabolic wire mesh dish which are then focused and collected at the focal point of the wire mesh dish. #openEMS #b3d #blender3d

Sam M Hi Sam, not that familiar with Blender (yet), I used Redshift with C4d & Houdini. Have you tried toon shading for some of your renders? This is a sample I did a couple of weeks ago mixing toon with regular photorealistic shaders. Useful for some some technical illustrations.

I've made more progress on integrating FastHenry in Blender, will be sharing a new video soon! #b3d #blender3d #geometrynodes #fasthenry #electronics #hardware #science

New update on combining FastHenry and Blender 🔶 , I've added the ability to calculate the mutual inductance between objects! Also developed a basic UI inside Blender to visualise the results and to highlight the inductively coupled objects. This video shows some examples of what

check out IntuitionRF, a free addon for seting up and running openEMS simulations directly inside Blender! github.com/Juleinn/Intuit… #b3d #blender3d #openEMS #electromagmetics #simulations #kicad #freecad #opensource #geometrynodes

Power conversion with GaN transistors continues to break new records, this is a 12V 100A converter with an interesting magnetic structure designed by EPC Corp. It has an impressive 1.4kW/in3 power density and 97% efficiency! Rendered in #eevee next! #b3d #blender3d

Walkman - teardown render. PCB designed in @kicad Modelled and rendered in Blender #b3d #kicad #rendering #electronics #3dmodeling #3dartwork #Eevee #engineering

had a lot of fun working on this animation of the 'synth-a-sette' by #microkits, it is a fun and cool instrument to get you started in analog sound synthesizers! #b3d #synthasette #animation #3dmodelling #3dartwork #3dartist #electronics #engineering #educational

The compositor in Blender is really fast now that it can use the GPU. I've made this cool x-ray effect for my upcoming FastHenry integration project, it makes it easier to visualise bond wires #b3d #blender3d #electronics #engineering #geometrynodes #science #physics

I've been testing the `for-each-element` zone in Blender with Electromag Nodes, and I very impressed with how much more simpler and elegant the node setup is now, and also faster! I can add more sample points to generate detailed plots of the magnetic field of a coil, and also

Basic SPH fluid simulation using the 'for-each-element' zone in #b3d. Simulation is based on Muller's paper TenMinutePhysics #geometrynodes #animation #3dartwork #simulation #physics #science #educational #engineering

The new For Each Geometry Element zone just got merged and will be available in Blender 4.3. It opens up lots of new opportunities and makes many previous complex workarounds unnecessary. #b3d #devfund #GeometryNodes

With Blender's geometry node system, you can create fully procedural multi-core cable models, you can control the number of cable cores, how the cables twists and also you can strip back the insulation to show the copper core. Furthermore, you can add shrouding that conforms to