1D System Consultancy

Evaluating and optimising systems using System Simulations (1D) technology

What we do in System (1D) simulations

Today’s products are becoming more and more complex. Often they are a mix of mechanical, electrical, pneumatic and hydraulic components in addition to sensors and microprocessors with varying degrees of interactions. 1D simulation is used to simulate systems, helping engineers understand the interaction of the different components within the system. Simulations like these provide information for new innovative designs in a very broad range of industries e.g. aerospace, automotive, construction, shipbuilding, off-shore and many others.

Our approach

1D simulations aim to increase system efficiency, by helping engineers understand the interaction of the different components within the system. The process of building a model for a system consists of a few steps:

Input the correct components and link them together
Assign the correct physical models to the different components (e.g. stiffness, acceleration etc.)
Enter the correct parameters for the physical models
Run the simulation

Each component is simulated separately with its own input and parameters. This means that the model gives an accurate display of the performance of the system, because it also takes the interactions of the different components with each other into account.

Deliverables

With 1D system simulations we help you get insights in the interactions of several components within your system. Depending on the design phase you are in, you can use system simulations in serveral ways. We can give you a fully set model where you can change the parameters or we can give an analyses through a report using Simcenter Amesim.

References

Project Dragonfly
Learn more about the experience of our project DragonFly intern Jordi with our new systems simulation software: Simcenter Amesim.
read more

Aerospace & Marine

Aerospace and marine library offers the ability of simulating vehicle dynamics in fluids and other
systems with boundary conditions interfaced with the atmosphere. Examples of simulations include
evaluation of aircraft/marine missions, gas turbine performance, aircraft fuel systems or aircraft
dynamics.

Automotive

Automotive libraries have the ability to model dynamics of wheeled vehicle, as well as various parts
of their drivetrain. Examples include sizing of fuel cells, optimizing fuel consumption or evaluating
vehicle dynamics.

Electric

Electronics can be modelled from basic electrical systems, specific aircraft or automotive electronics, to detailed battery and motor models. Simulation examples are studying the electrochemical processes inside batteries, ageing of batteries, heat production inside an electromotor or optimizing battery and motor performance of an electric vehicle.

Hydraulic & Pneumatic

Hydraulics and pneumatics libraries allow the simulation of various systems from a simple hydraulic jack, to a phase changing fluid inside an air-conditioning unit. Examples of simulations are the reduction of pressure drop through a solenoid valve, simulating hydraulic resistance through pipes or sizing of a fuel pump.

Mechanical

Mechanical libraries allow the modelling of kinetic and dynamic behaviour of multi-body systems. Examples are the evaluation of a shock damper, design of gearbox or testing the influence of friction of a moving assembly.

Thermal

Thermal systems can be modelled for a variety of simulations. Examples are the sizing of an radiator or evaluation of heat generation inside a battery cell.

Time to improve your design with 1D

If you still have questions regarding 1D simulations and how they can benfit you and/or your organization? Please complete this form to let us know how we can be of service.

Get in touch

1D System Consultancy - Femto Engineering - Femto Engineering