Hire Discrete Element Method Designers in Lithuania

I can help R&D departments and engineers reduce prototyping costs and optimize complex multiphase systems through high-fidelity computational modeling. With a PhD in Electrical Engineering and over 4... Read more

I can help R&D departments and engineers reduce prototyping costs and optimize complex multiphase systems through high-fidelity computational modeling. With a PhD in Electrical Engineering and over 4 years of experience in academic and industrial simulation, I specialize in the Discrete Element Method (DEM) and CFD-DEM coupling. I don't just run simulations; I build them from the source code up. Whether you need custom C++ modifications in LIGGGHTS or complex fluid flow coupling in OpenFOAM, I deliver ready-to-run models. Core Technical Expertise: - Particle Dynamics: Advanced LIGGGHTS simulations for silos, hoppers, mixers, and conveyor systems. - Custom Code Development: Implementation of electrostatic fields and superquadric particles into LIGGGHTS/LAMMPS source code. - Multiphase Flows: CFD-DEM coupling using OpenFOAM for natural convection, cooling, and granular separation. -Industrial Optimization: Electrostatic separation modeling for waste recycling and powder compaction analysis. Skills List: - LIGGGHTS - DEM Simulation - CFD-DEM Coupling - OpenFOAM - Granular Flow Simulation - Particle Dynamics - Powder Handling - Electrostatic Separation - Paraview - MATLAB - SolidWorks - Discrete Element Method - Multiphase Flow - LAMMPS I am available for both short-term troubleshooting and long-term R&D consulting. also the word count was limited for the title so i shortened it PhD Expert in CFD-DEM: Granular, Powder & Electrostatic Simulations

Digital-Physical Systems Architect | Expert in High-Fidelity Simulation & Precision Manufacturing I provide end-to-end mechanical engineering and industrial design services with a Zero-Error Philosop... Read more

Digital-Physical Systems Architect | Expert in High-Fidelity Simulation & Precision Manufacturing I provide end-to-end mechanical engineering and industrial design services with a Zero-Error Philosophy. By acting as a "Man in the Middle" between complex data and physical execution, I ensure that every design is validated through fundamental physics before production. Technical Capabilities: Advanced Simulation: High-fidelity CFD (Computational Fluid Dynamics) and DEM (Discrete Element Method) using Altair HyperWorks. Specialized in thermal management for US Defense HVAC and abrasive wear optimization for mining equipment. Precision Execution: Expertise in 5-Axis Milling for complex geometries (Titanium/PEEK), achieving 3-micron (0.003mm) tolerances for MedTech and high-stakes industrial markets. Strategic Liaison: Proven track record handling sensitive infrastructure for the Danish Government (PET) and managing large-scale propulsion assemblies for Rolls-Royce Marine. Services Provided: Industrial Design: Complex ductwork, filtration units, and structural casings. Simulation & Validation: FEM, CFD, and particle-flow optimization to eliminate mechanical friction. Manufacturing Strategy: Manual G-code/macro-programming. I specialize in high-stakes projects where failure is not an option. Whether designing for aerospace, defense, or deep-sea maritime environments, my focus is on objective truth and engineering excellence.