Digital Twin in COMSOL for Hydrogen and Oxygen Generation System
Budget: $1,500 – $3,000 USD
Digital Twin in COMSOL for Hydrogen and Oxygen Generation System
We are seeking an experienced COMSOL Multiphysics freelancer to develop a digital twin of a patented system titled “Hydrogen and Oxygen Generation Using Detonation Wave.” The goal is to simulate and visualize the physical and chemical processes involved in hydrogen and oxygen production driven by controlled detonation waves.
Requirements:
Strong expertise in COMSOL Multiphysics (especially Chemical Reaction Engineering, CFD, and Acoustics modules)
Experience modeling detonation waves, gas dynamics, and plasma or combustion physics
Ability to incorporate real-world physical parameters and system geometry
Output: A validated COMSOL model with parameter control, simulation results, and visual outputs
? Deliverables:
Functional digital twin model
COMSOL simulation files
Documentation explaining model setup, parameters, and outcomes
Preferred Background:
Background in aerospace, mechanical, chemical, or energy systems engineering
Familiarity with green hydrogen production and advanced propulsion concepts is a plus
Please provide examples of relevant past work, your proposed approach, and estimated timeline and cost
We are seeking an experienced COMSOL Multiphysics freelancer to develop a digital twin of a patented system titled “Hydrogen and Oxygen Generation Using Detonation Wave.” The goal is to simulate and visualize the physical and chemical processes involved in hydrogen and oxygen production driven by controlled detonation waves.
Requirements:
Strong expertise in COMSOL Multiphysics (especially Chemical Reaction Engineering, CFD, and Acoustics modules)
Experience modeling detonation waves, gas dynamics, and plasma or combustion physics
Ability to incorporate real-world physical parameters and system geometry
Output: A validated COMSOL model with parameter control, simulation results, and visual outputs
? Deliverables:
Functional digital twin model
COMSOL simulation files
Documentation explaining model setup, parameters, and outcomes
Preferred Background:
Background in aerospace, mechanical, chemical, or energy systems engineering
Familiarity with green hydrogen production and advanced propulsion concepts is a plus
Please provide examples of relevant past work, your proposed approach, and estimated timeline and cost