simulation of a hydrogen pressure vessel
Increasing the Efficiency of Damage Modeling for Filament Wound Pressure Vessels through Multiscale Simulation​

2nd of December 2020, 11.00 – 11.30 Uhr
Altair ATCx Composites Online-Conference

The reduction of testing and manufacturing costs is a major challenge in the development of a hydrogen pressure vessel. Therefore, we have created a design process using modern simulation technologies, which offers a significant reduction of risks in the development of composite pressure tanks. Our presentation at the Altair Technology Conference shows how we have combined concept, design, testing and process development into a chain.

Register here: https://web.altair.com/atcx-composites or find further information on the Development of H2-Pressure Vessels here.

Wasserstoffdrucktank

New Article on Advanced Composites Engineering with CompositesWorld We are pleased to share that CompositesWorld, one of the leading publications in the advanced composites industry, has featured CIKONI in a recent article authored by Ginger Gardiner. The article highlights our integrated approach to engineering, process development, […]
Composite overwrapped pressure vessels (COPVs) – such as those used for hydrogen (H₂) storage and compressed natural gas (CNG) – are critical for clean energy and transportation. However, the high cost of carbon fiber and manufacturing means that reducing costs is a top priority for engineers […]
CIKONI’s advanced engineering and consulting drive composite tank innovation, reducing weight and boosting efficiency We are proud to announce that CIKONI, together with our project partners Cevotec and Roth Composite Machinery GmbH, has won the prestigious CAMX 2024 Combined Strength Award for our work on dome-reinforced […]

Working with us: Why CIKONI?

  • Experience with CFRP: Our team consists of composite engineering experts with a broad set of experiences in industries, technologies and various domains. From simulation to automation: We did it.
  • Agility: When it comes to speed, our approach is built on an entrepreneurial mindset and a desire to solve your problems in the shortest possible time. Fast iterations and quick learnings are part of our DNA.
  • Realization: We don’t stop at engineering. Transferring our designs and developments to realization is what we thrive for. With our broad network of partner companies we can realize even advanced designs in a reliable manner.