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DESCRIPTION:We are excited to announce our participation in the 8th Interna
 tional Electric Vehicle Technology Conference (EVTeC 2027)\, one of the le
 ading global events dedicated to the future of electric mobility.As part o
 f the technical program\, Christian Neubacher will present: &ldquo\;Automa
 ted Finite Element Based Fatigue Assessment of Solder Joint - Considering 
 Low Cycle Fatigue due to Thermal Cycling&rdquo\;.The presentation demonstr
 ates how advanced FEA automation enables fast and reliable solder joint fa
 tigue assessment under thermal cycling conditions\, helping engineers redu
 ce testing effort\, shorten development cycles\, and improve product relia
 bility from the earliest design stages.Meet the FEMFAT team at EVTeC 2027 
 to learn more about our simulation-driven solutions for fatigue life predi
 ction\, durability assessment and reliability engineering in automotive an
 d e-mobility applications.We look forward to meeting you there.
DTEND;VALUE=DATE:20270617
DTSTAMP:20261023T194820Z
DTSTART;VALUE=DATE:20270613
LOCATION:Japan\,Yokohama
SEQUENCE:0
SUMMARY:8th International Electric Vehicle Technology Conference (EVTeC 202
 7)
UID:RFCALITEM639283817002346032
X-ALT-DESC;FMTTYPE=text/html:<p>We are excited to announce our participatio
 n in the <strong>8th International Electric Vehicle Technology Conference 
 (EVTeC 2027)</strong>\, one of the leading global events dedicated to the 
 future of electric mobility.</p><p>As part of the technical program\, Chri
 stian Neubacher will present: <strong>&ldquo\;Automated Finite Element Bas
 ed Fatigue Assessment of Solder Joint - Considering Low Cycle Fatigue due 
 to Thermal Cycling&rdquo\;.</strong></p><p>The presentation demonstrates h
 ow advanced FEA automation enables fast and reliable solder joint fatigue 
 assessment under thermal cycling conditions\, helping engineers reduce tes
 ting effort\, shorten development cycles\, and improve product reliability
  from the earliest design stages.</p><p>Meet the <strong>FEMFAT</strong> t
 eam at EVTeC 2027 to learn more about our simulation-driven solutions for 
 fatigue life prediction\, durability assessment and reliability engineerin
 g in automotive and e-mobility applications.</p><p>We look forward to meet
 ing you there.</p>
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