KNOWLEDGE ASSET
Design and performance analysis for the low-power holding mechanism of the all-electric subsea gate valve actuator (Applied Sciences, 2020)
Original title：159 2020 ApplSci Wang LowPower Holding Subsea GateValve Actuator pdf
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Curated summary
An Applied Sciences 2020 paper from Harbin Engineering University designing and analysing a low-power holding mechanism for an all-electric subsea gate valve actuator. It argues for elastic energy storage — disc springs among the options — to hold valve position without continuous power, informing low-power holding design and disc spring application in subsea valve actuators.
Original language：en
Bibliographic metadata
| File | 159__2020_ApplSci_Wang_LowPower_Holding_Subsea_GateValve_Actuator_pdf.pdf |
|---|---|
| Type / category | reference_pdf / references |
| Section | Applications · marine-offshore |
| Organization | — |
| Authors | — |
| Language | en |
| Rights / access | unknown / internal |
Version
Version not identified · active · current
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Identifier pending review.