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2023-12-4 posts

SSI ShipConstructor 2023R2-Engsofts

SSI ShipConstructor 2023R2

ShipConstructor allows the best shipbuilders to see ROI on every project, or even on the current block about to be cut, no matter what. Seeing a quick ROI also means getting up and running quickly, without lengthy training times or delays caused by unfamiliar or unoptimized tools. Getting up to speed quickly plays an especially crucial role when it’s time for your organization to adjust to market demand. Being able to trust that no matter what level of experience your workforce has or where they’re located, your ability to accept a new project with confidence will not be jeopardized. The reality of global shipbuilding means that professionals who work on design, engineering, and construction can be in many different parts of the world. Working with a...

LSTC LS-OPT 2022R2 Linux-Engsofts

LSTC LS-OPT 2022R2 Linux

LS-OPT is a stand­alone De­sign Op­ti­miza­tion and Prob­a­bilis­tic Analy­sis pack­age with an in­ter­face to LS-DY­NA. In the “con­ven­tion­al de­sign” ap­proach, a de­sign is im­proved by eval­u­at­ing its “re­sponse” and mak­ing de­sign changes based on ex­pe­ri­ence or in­tu­ition. This ap­proach does not al­ways lead to the de­sired re­sult, that of a ‘best’ de­sign, since the de­sign ob­jec­tives are of­ten in con­flict. It is there­fore not al­ways clear how to change the de­sign to achieve the best com­pro­mise of these ob­jec­tives. A sys­tem­at­ic ap­proach can be ob­tained by us­ing an in­verse process of first spec­i­fy­ing the cri­te­ria and then com­put­ing the ‘best’ de­sign ac­cord­ing to a for­mu­la­tion. The im­prove­ment pro­ce­dure that in­cor­po­rates de­sign cri­te­ria in­to a math­e­mat­i­cal frame­work is re­ferred to as...

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