Fluid Explosion | Basics of Fluids in UE5.3 Niagara Tutorial #2
Fluid Explosion | Basics of Fluids in UE5.3 Niagara Tutorial #2 | Download Files
Fluid Explosion VFX in UE5 Niagara
This tutorial covers the basics of Niagara Fluids by building a full explosion with gas, smoke and trails from scratch in Unreal Engine 5.3, and the project files are available to download.
Use it for grenades, destruction and cinematic blasts, and see the related posts below for more fluid effects.
Creating a Full Explosion from Scratch in Unreal Engine 5.3 | Step-by-Step Tutorial”
Video Transcript Breakdown:
Introduction:
“Hi guys, I’m Ashif Ali and you’re watching CGHOW. In today’s video, I will show you how to create an explosion from scratch using Unreal Engine 5.3. We will build this step by step, and you’ll learn all the necessary components to make your explosion look realistic. Let’s dive right into it!”
Step 1: Setup the Particle System
Exploding Particles:
Use the “Omnidirectional Burst” template for the base explosion effect.
Modify gravity to make particles move upwards.
Shorten particle life for quick burst effects.
Creating the Fluid Gas Effect:
Add a GPU emitter and integrate fluid gas.
Adjust radius and density for better effect visualization.
Step 2: Add Fluid Gas Emitter and Smoke
Initialize the Emitter:
Use a 3D gas emitter and connect it to the omnidirectional burst emitter.
Ensure the sphere source is turned off to avoid unwanted emissions.
Use temperature settings to add fire-like effects to the explosion.
Step 3: Fine-tuning the Explosion Effect
Adjust the Bounding Box:
Resize the bounding box for better containment of the effect.
Increase spawn rate for a more intense burst.
Optimizing Quality and Adjusting Particle Life:
Reduce resolution for performance and tweak particle life to get the desired effect.
Step 4: Smoke and Temperature Settings
Control Smoke Behavior:
Adjust the dissipation rate for smoke particles.
Use vorticity to add more realistic turbulence to the smoke.
Adjust Temperature Settings:
Control the temperature’s lifespan to make the explosion cooler or hotter.
Adjust the “black body” settings to fine-tune the color of the flames.
Step 5: Add Trails and Additional Effects
Create the Explosion Trails:
Duplicate the omnidirectional burst and adjust parameters to create trailing smoke.
Modify bounding box and spawn rate for a smoother trail effect.
Step 6: Final Adjustments and Result
Fine-tune the Radius:
Adjust the radius of the trail emitter using curves.
Customize the look and feel by increasing the resolution and adjusting colors.
Conclusion:
“Now you can see the full explosion effect we created from scratch, complete with trails and smoke. I hope you found this tutorial helpful. In the next video, we will cover more advanced topics. Don’t forget to subscribe, and hit the bell icon to get notifications for my upcoming tutorials. Bye for now and take care!”
Key Points:
Adjust gravity for upwards particle movement.
Integrate fluid gas and 3D emitters for realistic effects.
Tweak temperature, density, and vorticity for better realism.
Create trails and adjust radius for smoother effects.
I am Ashif Ali, Real-Time VFX Artist, I make Unreal Engine Niagara Tutorial on this channel. I've made it my mission to share my knowledge and expertise with the world through my YouTube channel. So why not join me on this exciting adventure? Follow me on my social links, subscribe to my channel, and support my growth as a creator. Together, we can create amazing things and take our skills to new heights. And who knows, you might even get access to some of my exclusive files for free!
View Comments