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DTSTAMP:20261006T175113Z
STATUS:CONFIRMED
DTSTART:20261006T100000Z
DTEND:20261006T103000Z
SUMMARY:Multi‑Physics System Modeling with Dymola
DESCRIPTION:https://video.trimech.com/multiphysics-system-modeling-with \n\nIn this webinar, we explore how Dymola’s physics‑based, multi‑domain \nsimulation capabilities can be applied to thermal‑hydraulics, heat \nexchanger design, and transmission systems. Using equation‑based \nmodeling and reusable component libraries, Dymola enables engineers to \nsimulate real operating conditions, evaluate system‑level performance, \nand understand the interactions between fluid flow, heat transfer, and \nmechanical power transmission.\n\nAttendees will see how Dymola supports early concept evaluation, \ndesign trade studies, and performance validation, reducing reliance on \nphysical prototypes and late‑stage testing.
X-ALT-DESC;FMTTYPE=text/html:<!doctype html><html><body><p><a href='https://video.trimech.com/multiphysics-system-modeling-with'>Multi‑Physics System Modeling with Dymola</a></p><p><p>In this webinar, we explore how Dymola’s physics‑based, multi‑domain simulation capabilities can be applied to thermal‑hydraulics, heat exchanger design, and transmission systems. Using equation‑based modeling and reusable component libraries, Dymola enables engineers to simulate real operating conditions, evaluate system‑level performance, and understand the interactions between fluid flow, heat transfer, and mechanical power transmission.</p><p>Attendees will see how Dymola supports early concept evaluation, design trade studies, and performance validation, reducing reliance on physical prototypes and late‑stage testing.</p></p></body></html>
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DESCRIPTION:Multi‑Physics System Modeling with Dymola
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