FLUIDON

FLUIDON 是流体动力系统模拟领域的先驱和认证服务提供商，今年将迎来成立 20 周年。

成功故事始于 1995 年，当时亚琛工业大学流体动力驱动与控制研究所 (IFAS) 成立了一家新公司。凭借 1D 模拟软件 DSHplus，FLUIDON 率先开发了用于分析和优化液压和气动系统的 CAE 工具。我们的团队比其他公司更早地开始提供支持使用我们独特产品 DSHplus 的服务。多年来，供应和服务范围不断扩大。

二十年来，我们在几乎所有领域的模拟方面都积累了丰富的经验。无论是汽车、航空航天、铁路或船舶技术、机械工程、工厂建设、移动液压还是医疗技术，在分析和优化方面，我们一直是行业可靠的合作伙伴。

我们的愿景主要有以下四点：

我们希望成为所有从事基于模拟的流体动力系统设计和开发的人士的首选！

我们希望成为解决管道系统振动问题的知名和认可的合作伙伴！

我们希望成为流体技术模拟软件的领先供应商！

我们希望成为开发流体动力创新的领先合作伙伴！

Our Profile

FLUIDON, pioneer in simulation of fluid power systems and approved service provider, is celebrating its 20th anniversary this year.

The success story began 1995 when a new company was founded as spin-off from the Institute for Fluid Power Drives and Controls (IFAS) at RWTH Aachen University. With the 1D-simualtion software DSHplus FLUIDON has been a spearhead in developing a CAE tool for analysing and optimising hydraulic and pneumatic systems. Earlier than others our team has been offering services supporting the use of our unique product, DSHplus. Over the years the scope of supply and services rendered has been steadily extended.

During two decades we have been gaining substantial experience in simulating for virtually every sector. Whether automobile, aerospace, railway or ship technology, mechanical engineering, plant construction, mobile hydraulics or medical technology, with regard to analysis and optimisation we have always been a reliable partner of the industry.

Concentrated in four statements our vision is

• We want to be the prime address for all who are engaged in simulation based design and development of fluid power systems!
• We want to be a well-known and approved partner for the solution of oscillations problems in piping systems!
• We want to be a leading provider of simulation software for fluid technology!
• We want to be a leading partner in developing innovations in fluid power!

Simulate – Analyse – Realise
Fluid power is our passion, in theory and practice. We place our know-how and our competence to your disposal to realize your ideas and to solve problems.

On theoretical side, our simulation tool DSHplus assists us in, for example

• checking circuit conceptions and ensuring system functionality
• calculating, analysing, and optimising system dynamics
• investigating oscillations in piping systems

In practice, our project specific equiped test rigs enable us to support simulations by measurements. Typical tasks are

• parameter identification e. g. of valves and pumps
• determination of transmission behaviour of hoses and pipes
• measurements for validation of simulation models

The combination of both, marks us as prime address for all those, who are engaged in simulation based design and development of fluid power systems