Discrete Element Method (DEM) Modeling
The Discrete Element Method (DEM) is a numerical technique used to simulate the behavior of granular materials, including powders, pellets, and particles. DEM models interactions between individual particles to predict their motion, contact forces, and overall system behavior under various conditions, providing insights into material flow and mechanical properties.
Our DEM Modeling Services
Discrete Element Method (DEM) Modeling Across Industries
Our DEM modeling services are crucial in industries where the behavior of granular materials affects process efficiency, safety, and product quality
Particle-Laden Flow & CFD Coupling
Particle-laden flow refers to the movement of particles suspended in a fluid, where their interactions with the flow dynamics significantly impact system performance. CFD (Computational Fluid Dynamics) coupling with particle simulation allows the prediction of fluid-particle interactions, providing insights into processes like mixing, filtration, and combustion.
Our Particle-Laden Flow & CFD Coupling Services
Particle-Laden Flow & CFD Coupling Across Industries
Our CFD coupling for particle-laden flows is used in industries where the behavior of particles in fluid systems is critical for process optimization and product quality.
Powder Handling & Bulk Material Processing
Powder handling and bulk material processing involve the transport, storage, and processing of powders and granular materials in industrial settings. Efficient handling is essential to minimize material loss, prevent blockages, and ensure smooth operations in processes like mixing, blending, and transportation.
Our Powder Handling & Bulk Material Processing Services
Powder Handling & Bulk Material Processing Across Industries
Our services in powder handling and bulk material processing are used in industries where the efficient and safe handling of powders and bulk solids is crucial.
Particle Breakage & Attrition Simulation
Particle breakage and attrition simulation models the fragmentation and wear of particles during processes like crushing, grinding, and transport. This simulation helps predict how particles break apart, ensuring the design of equipment and processes minimizes material loss and optimizes product quality.
Our Particle Breakage & Attrition Simulation Services
Particle Breakage & Attrition Simulation Across Industries
Our particle breakage and attrition simulation services are essential for industries that require precise control over material size and integrity during processing.
Read more about Products and Industry wise benefits
Particle Mixing and dispersion simulations play a crucial role in all industrial sectors. At SolidTrust Technologies, our solutions are tailored to meet the unique requirements of every domain.
Let’s Enhance Particle Dynamics
Our Particle Simulation Consulting services optimize particle behavior for a wide range of systems, from powder flow to material transport. We provide simulations that drive efficiency and innovation in your processes.
