A) A process that uses computer software to simulate product design and performance. B) A method of manual engineering calculations. C) A tool for physical prototyping without using any software. D) A technique for hand-drawing engineering diagrams.
A) ANSYS B) AutoCAD C) Adobe Photoshop D) Microsoft Word
A) Fluent Energy Assessment B) Feature Extraction Algorithm C) Fundamental Engineering Accreditation D) Finite Element Analysis
A) Computational Fluid Dynamics B) Computerized Feature Design C) Coupled Friction Detection D) Complex Finite Differentiation
A) It allows for faster and more accurate product development. B) It increases the reliance on physical prototypes. C) It limits the design possibilities available to engineers. D) It excludes non-engineering professionals from the design process.
A) To create artistic visualizations for marketing purposes. B) To test the tensile strength of materials. C) To optimize the design of components such as pipes and valves. D) To analyze customer preferences for fluid products.
A) By disregarding simulation results altogether. B) By allowing virtual testing and iteration before building physical models. C) By speeding up the physical manufacturing process. D) By increasing the cost of each physical prototype.
A) By stifling creativity due to software limitations. B) By repeating traditional design processes. C) By enabling rapid testing of new concepts and ideas. D) By discouraging iteration and improvement.
A) Customer Application Documentation B) Computer-Aided Design C) Computational Algorithm Database D) Central Analysis Directory |