IBM and Dassault Systemes have enhanced CATIA-CADAM, adding new features that should be of interest to engineers in automotive, aerospace, and consumer goods industries. Among the enhancements are shape-modeling capabilities, which, the company says, will make it easier to incorporate junctions and cutouts into complex shapes. Here are the highlights: 1)Body in white templates, which makes use of a predefined library of cross-sectional shapes for the design of complex thin parts, such as automobile inner body panels; 2)Generative aerospace sheet metal design, for folded and flattened parts. It facilitates the design of hydro-pressed and break-formed airframes; 3)Generative composite covering, which identifies potential fiber wrinkling, thus helping to avoid problems in parts manufactured from composite materials; and 4)Generative shape modeling, which enables design of trimmed features with fewer user interactions, thus simplifying design of cast parts. IBM-Dassault Systems: Product Code 4261
Time was when sports equipment was made only from common, everyday, low-tech materials. But now sports equipment has a new, high-tech ingredient that is helping players take their game to the next level.
A humanoid diving robot has recovered treasure from the wreck of French King Louis XIV's flagship, untouched for nearly 400 years. The bot not only looks somewhat human-shaped, it's also got stereoscopic humanlike vision, artificial intelligence, and haptic force feedback.
Design collaboration now includes the entire value chain. From suppliers to customers, purchasing to outside experts, the collaborative design team includes internal and external groups. The design process now stretches across the globe in multiple software formats.
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