Learn how you can use Parallel Pipes' technologies to accelerate & automate your engineering workflows on the cloud!
Automated Analysis (Simulation)
Best used for:
Testing and investigation in projects with well defined design goals, and valid CAD files describing design geometry.
Investigate whether a design is feasible, or a good starting point for further investigations.
If you need a detailed look at a scenario or environment to test your product in, our easy to use automated simulation analysis will get you the results you need fast
Effortless simulation directly from your existing CAD models
Quickly investigate design feasibility
Accurate & detailed analysis of proposed features
Hassle-free tests over different environments or scenarios
Multiphysics capabilities between all solvers
Accelerated with Parallelization
Static, Buckling (linear/nonlinear), Strain, Displacement, Fatigue (stress/strain life), Fracture, Creep, Rigid-body Motion*
Computational Fluid Dynamics
Laminar, Turbulent, Steady-state, Transient, Compressible, Incompressible, Internal Flow, Drag/Lift*, Meshless
Conduction & Conjugate transfer, Convection, Radiation* (internal / external), Steady-state, Transient
Acoustic Propagation, Ultrasonic, Narrow/Wide band, Noise Prediction*
Modal, Random Vibration, Harmonic, Damped, Rotordynamics*
Best used for:
Generate solutions to design projects and meet design goals such as increasing performance in an environment, endurance to physical effects, or reducing cost and improving manufacturability
Most valuable for improving designs which fall short of requirements, projects with multiple design goals, or design for manufacturability.
We will assist you in translating your needs into concrete design goals and requirements, and if needed provide guidance for refining your CAD to be simulation-worthy.
Automatically identify flaws & optimize product designs
Accelerate design cycle from concept to manufacturing
Simultaneously explore multiple pathways for best possibilities
Reduce risk to create manufacturable products
Accelerated with Parallel Pipes' proprietary AI
Optimize drone parts by reducing weight
Withstand extra stress from flight, or increase aerodynamic efficiency
Increase lifetime of robotic components
Improve durability and endurance from stress, fatigue, and to corrosion
Thermal profiling of parts
Modify part to withstand thermal effects during use, or thermal profile during a necessary manufacturing process
Improve system's optical or EM characteristics
Test EM or optical source, by changing materials or components