SAE International

SAE International
SAE International, founded in 1905, is a global organization that develops standards for the automotive and aerospace industries. Its aim is to improve the safety, efficiency, and sustainability of vehicles and transportation systems. SAE also offers certifications and training for industry professionals. The organization plays a key role in technological innovation and the harmonization of global standards. SAE standards are widely adopted by manufacturers and regulators worldwide.
SAE  2016-01-0226:2016-04-05

SAE 2016-01-0226:2016-04-05

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A Novel Cooling System Control Strategy for Internal Combustion Engines

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SAE  2016-01-0269:2016-04-05

SAE 2016-01-0269:2016-04-05

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A Unified Framework for Representing Product Validation Testing Methods and Conducting Reliability Analysis

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SAE  2016-01-0277:2016-04-05

SAE 2016-01-0277:2016-04-05

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A New Interval Inverse Analysis Method and Its Application in Vehicle Suspension Design

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SAE  2016-01-0280:2016-04-05

SAE 2016-01-0280:2016-04-05

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Transient Modelling of Vehicle Exhaust Surface Temperature

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SAE  2016-01-0281:2016-04-05

SAE 2016-01-0281:2016-04-05

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Transient Modeling of Vehicle Under-hood and Underbody Component Temperatures

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SAE  2016-01-0282:2016-04-05

SAE 2016-01-0282:2016-04-05

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An Empirical Methodology for the Prediction of the Boiling Limits of EGR Coolers

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SAE  2016-01-0287:2016-04-05

SAE 2016-01-0287:2016-04-05

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Uncertainty Quantification of System Model Parameters with Component Level and Sub-System Level Tests

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SAE  2016-01-0288:2016-04-05

SAE 2016-01-0288:2016-04-05

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An Integrated Validation Method for Nonlinear Multiple Curve Comparisons

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SAE  2016-01-0290:2016-04-05

SAE 2016-01-0290:2016-04-05

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Predicting Stress vs. Strain Behaviors of Thin-Walled High Pressure Die Cast Magnesium Alloy with Actual Pore Distribution

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SAE  2016-01-0296:2016-04-05

SAE 2016-01-0296:2016-04-05

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Manufacturing the Next Generation of Connected and Electrified Vehicle

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SAE  2016-01-0299:2016-04-05

SAE 2016-01-0299:2016-04-05

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Methods to Find Best Designs Among Infeasible Design Data Sets for Highly Constrained Design Optimization Problems

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SAE  2016-01-0300:2016-04-05

SAE 2016-01-0300:2016-04-05

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MDO-based Platform Development for Attributes Inegration and Application on Vehicle Body Design

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SAE  2016-01-0301:2016-04-05

SAE 2016-01-0301:2016-04-05

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Multidisciplinary Design Optimization of Vehicle Weight Reduction

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SAE  2016-01-0302:2016-04-05

SAE 2016-01-0302:2016-04-05

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Towards Optimization of Multi-material Structure: Metamodeling of Mixed-Variable Problems

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SAE  2016-01-0303:2016-04-05

SAE 2016-01-0303:2016-04-05

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Multi-Disciplinary Tolerance Optimization for Internal Combustion Engines Using Gaussian Process and Sequential MDO Method

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