OFFSHORE WIND TURBINE SUPPORT STRUCTURE OPTIMIZATION DESIGN METHOD AND SYSTEM BASED ON PROXY MODEL

WIPO Patent Application WO/2023/045244

A1

Provided are an offshore wind turbine support structure optimization design method and system based on a proxy model. The method comprises: establishing, on the basis of a Kriging proxy model, a relationship between design parameters of support structures of offshore wind turbine generators having different capacities and optimally designed structural performance responses; and meanwhile, performing optimization design on a tower and a single-pile foundation to find optimal design of the lightest mass of the whole support structure. The method can avoid the problem that only the lightest design of a tower or a single pile is found due to the fact that an offshore wind turbine support structure falls within a locally optimal solution during optimization design.

WO/2020/097578	BOUNDARY BASED GENERATIVE DESIGN WITH 2.5-AXIS SUBTRACTIVE MANUFACTURING CONSTRAINT FOR COMPUTER AIDED DESIGN AND MANUFACTURING
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WO/2023/246712	LOCAL FLOW MODEL CONSTRUCTION METHOD, APPARATUS AND DEVICE, MEDIUM, AND VEHICLE

ZHOU YIMING (CN)
LI WEIDONG (CN)
LIU XIN (CN)
YAN SHU (CN)
ZHANG BO (CN)
CHEN XINMING (CN)
TANG WEI (CN)
GUO YUTONG (CN)
SUN MANJIE (CN)
LV XIAOJING (CN)

PCT/CN2022/077804

March 30, 2023

February 25, 2022

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HUANENG CLEAN ENERGY RES INST (CN)
HUANENG OFFSHORE WIND POWER SCIENCE AND TECH RESEARCH CO LTD (CN)

G06F30/17; G06F30/20; G06F113/06; G06F119/14

CN112836318A	2021-05-25
CN112580228A	2021-03-30
US20020138457A1	2002-09-26
US20080077371A1	2008-03-27

UNITALEN ATTORNEYS AT LAW (CN)

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