Browsing Department of Design and Manufacturing (DM, earlier called CPDM) by Subject "Research Subject Categories::TECHNOLOGY::Engineering mechanics"
Now showing items 1-7 of 7
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Acquiring diagnostic knowledge from documents to predict issues in aircraft assembly
Expert knowledge is important in a product's lifecycle, especially during the manufacturing part of the lifecycle. Most of such knowledge is obtained through experience and its reuse can help prevent potential issues in ... -
Comprehensive Study on Synthesis and Characterization of Nanocellulose Reinforced Green Composites
Environmental issues caused by the non-biodegradability of synthetic thermoplastics have increased interest in more environmentally friendly alternatives that should be derived from renewable resources. This work focuses ... -
Efficient Finite Element-Based Approaches for Solving Potential Flow Problems in Fluids
For many years, fluid flows have been modeled, starting from basic potential flow equations to full Navier-Stokes equations. The complexity of the flow increases as viscous effects, boundary layer, and flow separation are ... -
Information Extraction and Mapping for Populating Ontologies in Product Lifecycle Management
Computer-based tools used to manage a product's lifecycle from the cradle to the grave need to share product information across phases. If this information is well structured, accessing, and manipulating such information ... -
Inverse design of porous structures using deep learning methods for targeted physical properties
Porous structures have garnered significant attention in various fields of mechanical engineering due to their unique properties and wide range of applications, particularly in thermal, fluid, and structural domains. ... -
Investigating Ocular and EEG parameters for pilot’s cognitive load estimation using flight simulators
Present day aircraft systems are becoming incredibly complicated with the advent of new technologies. As per International civil aviation organization’s safety report, failure of mechanical or any physical hardware has ... -
Simulating Natural Human Performance in Digital Human Model
Digital human models (DHMs) represent humans in a virtual environment and are widely used across various fields. In engineering design, DHMs are employed to analyze products or workplace ergonomically during the early ...