DesignLife by HBK

DesignLife by HBK toiteallikaks on Advanced Partner Alliance

Täiustage simulatsiooni, täiustage inseneriteadust ja optimeerige disaini täiendava 82+ tootega, mis on juba osa teie pakkumisest. Avastage kolmandate osapoolte lahendused ühest ühtsest allikast, mida tunnete ja usaldate Advanced Partner Alliance (APA) kaudu.<br/>APA lahendused tarnitakse läbi Altair Unitsi litsentsimissüsteemi, mis võimaldab klientidel juurdepääsu mitmele insenerivahendile, kasutades jagatud litsentside kogumit. See vähendab kasutuselevõtu takistusi ja lihtsustab teie klientide hankeid.

Avasta Advanced Partner Alliance

Miks CAE Solution for Fatigue Life Prediction from FE Models?

nCode DesignLife is a design tool that identifies critical locations and calculates realistic fatigue lives from leading Finite Element results for both metals and composites. It features advanced capabilities to rapidly deliver accurate fatigue life predictions. Major OEMs and their suppliers use nCode DesignLife worldwide to answer questions like “how long will it last?” or “will it pass the test?” before a prototype is even made.

Eelised

Reduce Reliance on Physical Test: nCode DesignLife allows you to design it right the first time using simulation technology to identify areas of design optimization and improvement.
Reduce Cost and Weight: nCode DesignLife enables you to assess the design and material options that create efficient and effective products.
Standardized Analysis Processes: The standardized analysis process improves consistency and quality.

Soovitatavad Võimalused

Virtual Strain Gauge and Virtual Sensor

Virtual strain gauge and virtual sensors enable correlation between test and FE results.

Crack Growth

Crack growth provides a complete fracture mechanics capability using industry standard methodologies for specified locations on an FE model.

FE-Display

FE-Display enables the graphical display of FE models with contours of stress results.

Reaalse Maailma Rakendused

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Lightweighting of Electric Vehicle Structures

Automotive EV BIW lightweighting: predict fatigue failure in novel structures/materials. Used nCode DesignLife with AMCT material characterization to build a standardized fatigue materials database, enabling a global process and more reliable design decisions.

Tutvuge Ressursside ja Sellega Seotud Toodetega

Täiendav Teave ja Ressursid

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