Energy & Materials
Create a more sustainable future by rethinking energy and materials innovation in everything from oil & gas, mining, metals, and chemicals to wind energy and solar.
The Energy, Process and Utilities industry, including power, oil & gas, mining, metals and minerals, and chemicals is experiencing many challenges in complying with changing regulatory requirements and environmental and safety standards, aging infrastructure and technically demanding assets. Add to that volatile prices and industry profits are under pressure.
This challenge is more difficult, with high demands for quick changes due to technological innovation, without affecting the quality and schedule.
Energy & Materials businesses must diversify into new ventures, increase the pace of innovation, improve organizational and infrastructure efficiencies and increase responsiveness by aligning product supply with changing priorities and the demands of customers.
VIAS3D provides integrated, innovative, and cost-effective engineering and software solutions to simulate the behavior of large structures and component parts in the Energy, Process and Utilities industry. Our expert team is capable of performing linear and non-linear static/dynamic analysis, such as structural and thermal loads, corrosion/degradation, simulating vibrations fracture and failure, and investigation into the interaction of fluids, gasses and structures.
With our suite of solutions you’ll be able to
- Innovate
- Achieve safe and compliant operations
- Improve collaboration and agility
- Offset price volatility with business improvement that brings agility to adapt to changing market conditions
- Create an engaging and productive work environment
Solutions and Applications
- VIAS3D solutions will allow you to address your challenges through digitization and collaboration.
- VIAS3D solutions offer an integrated approach connecting people, information, and processes across organizations.
- VIAS3D solutions connect ecosystems and value streams spanning engineering, product development, construction, operations, and delivery.
Oil & Gas
- Wide range of material models including metal plasticity and soil
- Nonlinear large displacement dynamic analysis capabilities
- Inclusion of fluid current and hydrodynamic wave loading
- Pipe-in-pipe and pipe-soil interaction special elements
- Coupled Eulerian-Lagrangian analysis capability
- Industry-leading contact capabilities
- Simulation Lifecycle Management solutions to accelerate collaborative decision making
- Fatigue modeling capabilities using fe-safe
Power Generation
- Wide range of material models including plasticity and creep
- Nonlinear implicit and explicit dynamic analysis capabilities
- Quasi-static analysis capability for modeling creep
- Modal and buckling analysis, response spectrum analysis, random response analysis
- Embedded elements and rebars for modeling reinforcement
- Simulation Lifecycle Management solutions to accelerate collaborative decision making
- Fatigue modeling capabilities using fe-safe
FEA
- Power generation: Shaft, blade, gear, exhaust manifold, thermal crack
- Fluid transfer system: Piping, storage tanks, pumps, valves, manifolds
- Cooling system: Heat exchanger, cooling tower
- Accident simulation: Blast analysis, fire safety, casing failure, oil-seal leakage
- Wind Energy: Wind turbine tower, rotor blade, nacelle, gear box, braking system, shaft, blade hub
CFD
- Wind Power: Wind turbine aerodynamics and aeroacoustics analysis
- Oil & Gas: Subsea, capping stack, erosion analysis, gas flow through porous rocks, multiphase flows, offshore oil platforms
- Solar Energy: Radiation analysis (solar panels, collectors, and chimney)
- Hydropower: Pelton wheel, Kaplan turbine, Francis turbine
EMAG
- OEM: Power transformers, reactors, switchgear, circuit breakers, current limiters, insulators
- Power generation and Optimization: Conventional and renewables (wind power, hydroelectric and tidal power, solar)
- Equipment, manufacturing, and material test: Magnetic gears, sputtering, induction heating/hardening, Non-Destructive Test (NDT)
- High energy sources: Particle accelerators, high power microwaves, klystrons for accelerators, gyrotrons, magnetic confined plasma.
Using Abaqus/CAE for Dynamic Simulation of Pigging in Pipelines
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