APPLYING MULTI-DISCIPLINE COLLABORATION (ECAD/MCAD) TO REDUCE PROGRAM RISK
APPLYING MULTI-DISCIPLINE COLLABORATION (ECAD/MCAD) TO REDUCE PROGRAM RISK
© Mentor, a Siemens Business.

publié le 23 mai 2018 à 11:00

2189 mots

APPLYING MULTI-DISCIPLINE COLLABORATION (ECAD/MCAD) TO REDUCE PROGRAM RISK

The design and manufacture of a new commercial aircraft is extremely complicated, expensive, and risky. The development can cost billions of dollars and last up to ten years before the new plane enters service. Increasing electro-mechanical complexity and density makes aircraft design especially challenging and resource intensive. Electronics govern a

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23/05/2018 11:00
2189 mots

APPLYING MULTI-DISCIPLINE COLLABORATION (ECAD/MCAD) TO REDUCE PROGRAM RISK

APPLYING MULTI-DISCIPLINE COLLABORATION (ECAD/MCAD) TO REDUCE PROGRAM RISK
APPLYING MULTI-DISCIPLINE COLLABORATION (ECAD/MCAD) TO REDUCE PROGRAM RISK

The design and manufacture of a new commercial aircraft is extremely complicated, expensive, and risky. The development can cost billions of dollars and last up to ten years before the new plane enters service. Increasing electro-mechanical complexity and density makes aircraft design especially challenging and resource intensive. Electronics govern a majority of the critical systems in next generation planes, like

Réservé aux abonnés

La suite de cet article est reservé aux abonnés d’Air&Cosmos.
Votre soutien nous permet de vous apporter quotidiennement des informations qualitatives et complètes.
Rejoignez-nous !

Je m’abonne

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