Item type | Current library | Item location | Collection | Call number | Status | Date due | Barcode | Item holds | |
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NIMA Knowledge Centre | 6th Floor Silence Zone | Reference | 620.112 CON (Browse shelf(Opens below)) | Not For Loan | T0007343 |
Part - 1 Concurrent Engineering Simulation Challenges in the Design of Materials, Products, and Processes Computer Aided Batch Processing of Materials Knowledge-Based Integration in Concurrent Engineering Integrated Design Environment for Metal Matrix Components (MMC) Part - 2 Process Modeling and Design for Near-Net Shape Forming of P/M Materials High Temperature Deformation Processing of Inconel 718 and Waspaloy at High Strain Rates Computerized Pass Scheduling Assistance for Hot Rolling of Nickel Based Super Alloy Shapes A New Criterion for Fracture Prediction in Metalworking Processes Incompressible Finite Element Analysis of Metal Forming Problems Part - 3 Simultaneous Engineering of Castings - the Promise and the Problems Mold-fill Alternatives: A Simple Algorithm for Mold-filling in Castings, Applicable for Simulation of Solidification Experimentation and Simulation of Gravity Fed Lead Castings Prediction and Elimination of Hot Tearing in the Casting Process by Using a "Hybrid Modeling" Approach A Computer Model for 3-D Simulation of the Powder Injection Molding Process Part - 4 Validation of Criteria for Pipe Formation in Direct Extrusions by Finite Element Modeling Simulation of Forward-Backward Extrusion with Numerical and Model Material Techniques Using Thermal-Analysis to Predict the Microstructure of Cast Iron X-Ray Computed Tomography Analysis for Concurrent Engineering Finite Element Analysis of the Consolidation Behavior of Composite Materials using the Foil/Fiber/Foil Technique Composite Skin Manufacturing for Aircraft Surfaces Development of Processing Parameters for Mechanical Working of Fe-Cr-Mn-N Austenitic Stainless Steel A CAD Modeling System: Composite Design Process Forming of Elbows with Zero Bending Radius Expert System for Superplastic Forming (SPF) in a Concurrent Engineering Environment An Integrated Modeling System for Forming Process Design Using the R-P2-D Methodology Concurrent Engineering Can be Computationally Simulated Constitutive Flow Behavior and Processing Map for Mg-1.5% Zr Author Index
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