Anzeige
Mehr »
Login
Samstag, 25.01.2025 Börsentäglich über 12.000 News von 683 internationalen Medien
Hinter dem nuklearen Ansturm im Silicon Valley: Eine strategische Chance entsteht
Anzeige

Indizes

Kurs

%
News
24 h / 7 T
Aufrufe
7 Tage

Aktien

Kurs

%
News
24 h / 7 T
Aufrufe
7 Tage

Xetra-Orderbuch

Fonds

Kurs

%

Devisen

Kurs

%

Rohstoffe

Kurs

%

Themen

Kurs

%

Erweiterte Suche
PR Newswire
317 Leser
Artikel bewerten:
(1)

GEEKVAPE TECHNOLOGY CO., LTD: Geekvape was Invited to the 14th ICCMS 2022 for Industry-first CFD Application In Ceramic Atomizer Structural Optimization

Finanznachrichten News

SHENZHEN, China, July 6, 2022 /PRNewswire/ -- From June 24 to June 26, 2022, Chongqing University of Posts and Telecommunications successfully hosted the 14th International Conference on Computer Modeling and Simulation (ICCMS 2022).

The 14th 2022 International Conference on Computer Modeling and Simulation

According to ICCMS, since its establishment in 2009, ICCMS has been successfully held in Italy, China, Australia, the Netherlands and other countries and regions, with nearly 2,000 experts and scholars from all over the world attending the conference and more than 200 academic sessions. All accepted papers will be published in the International Conference Proceedings Series by ACM, which will be archived in the ACM Digital Library, and indexed by Ei Compendex, Scopus, etc.

The committee received numerous submissions from professors and students from a variety of research institutes and businesses engaged in computer modeling and simulation research.

After a strict selection procedure, only two Chinese companies were invited to attend the conference. As the only e-cigarette company asked to participate, Geekvape Technology shared its latest research results at the conference.

Geekvape Introduced the computational fluid dynamics (CFD) application in structural optimization of the ceramic atomizer. In designing electrically heated atomizers, the heat and mass transfer phenomenon is essential for maximizing the final product's performance. In such a seemingly simple atomizer, the complex thermo-fluidic phenomena in the design becomes the biggest challenge. The engineering team has successfully developed patented product designs with higher heat efficiency and better atomization performance. This indicates that the development of product innovation in the e-cigarette industry has progressed significantly.

Dr. Jiadong Zang, the Geekvape's advanced technology and application research Institute's representative, stated: "This invitation is a great honor for Geekvape to communicate with many international experts and scholars in related research fields, to discuss the latest technological progress and share our most recent findings. This has profound implications for the future development of the global e-cigarette industry, as well as for the improvement of scientific and technological innovation to facilitate the industry's high-quality development".

According to the "Global E-cigarette Industry Development Trend Special Research Report 2021-2022" published by iiMedia Research, the global e-cigarette retail scale has been growing quickly for the past three years. Chinese companies design and distribute to over 200 nations and regions, accounting for 95 percent of global capacity. This demonstrates that China has a significant advantage in the global market, with Chinese manufacturing driving the e-cigarette industry growth through technological innovation.

In recent years, Geekvape has adopted an open stance and taken proactive steps to enhance its own technical intellectual property reserves and retain its own innovative features, as well as to refresh its thorough awareness of technological innovation interdiscipline.

The CFD application has not only received widespread acclaim at international conferences, but has also significantly increased Geekvape's global competitiveness. The e-cigarette market is expected to grow rapidly in the next years and has a bright future.

The 14th ICCMS 2022 CERTIFICATE FOR ORAL PRESENTATION JIADONG ZANG GEEKVAPE TECHNOLOGY CO.LTD

The 14th ICCMS 2022 CFD APPLICATION IN STRUCTURAL OPTIMIZATION OF CERAMIC ATOMIZER GEEKVAPE TECHNOLOGY CO., LTD

Photo - https://mma.prnewswire.com/media/1854306/14th_2022_International_Conference_on_Computer_Modeling_and_Simulaton.jpg
Photo - https://mma.prnewswire.com/media/1854307/14th_ICCMS_2022_CERTIFICATE_FOR_ORAL_PRESENTATION_JIADONG_ZANG_GEEKVAPE_TECHNOLOGY_CO_LTD.jpg
Photo - https://mma.prnewswire.com/media/1854340/14th_ICCMS_2022_CFD_APPLICATION_IN_STRUCTURAL_OPTIMIZATION_OF_CERAMIC_ATOMIZER_GEEKVAPE_TECH_CO___LT.jpg

© 2022 PR Newswire
Gewinner im Megamarkt
Biotechnologie ist eine der bedeutendsten Zukunftstechnologien unserer Zeit. Zahlreiche Biotechnologie- und Pharmakonzerne haben sich unter anderem dem Kampf gegen Tumorerkrankungen verschrieben. Der weltweite Markt für Krebsmedikamente verzeichnet ein stetiges Wachstum. Für das Jahr 2025 wird ein Umsatz von etwa 190,3 Milliarden Euro prognostiziert, mit einer erwarteten jährlichen Wachstumsrate von 6,42% bis 2029, was zu einem geschätzten Marktvolumen von 244,1 Milliarden Euro führen würde.

Wir haben 3 aussichtsreiche Biotechnologieaktien mit Schwerpunkt Erforschung und Entwicklung von Wirkstoffen gegen Tumorerkrankungen ausfindig gemacht, die in den kommenden Monaten und Jahren erhebliches Aufwärtspotenzial versprechen und Vervielfachungspotenzial besitzen.

Fordern Sie jetzt unseren neuen kostenlosen Spezialreport an und erfahren Sie, welche 3 Biotech-Aktien durchstarten und zu Ihrem Börsenerfolg in 2025 beitragen könnten!
Werbehinweise: Die Billigung des Basisprospekts durch die BaFin ist nicht als ihre Befürwortung der angebotenen Wertpapiere zu verstehen. Wir empfehlen Interessenten und potenziellen Anlegern den Basisprospekt und die Endgültigen Bedingungen zu lesen, bevor sie eine Anlageentscheidung treffen, um sich möglichst umfassend zu informieren, insbesondere über die potenziellen Risiken und Chancen des Wertpapiers. Sie sind im Begriff, ein Produkt zu erwerben, das nicht einfach ist und schwer zu verstehen sein kann.