CONCEPTS, METHODS AND TOOLS295. Hybrid Mechanistic-data-driven Modeling for the Deterministic Global Optimization of Transcritical Organic Rankine CycleWolfgang R. Huster, Artur M. Schweidtmann, Alexander Mitsos296. A Discrete Multiple Shooting Formulation for Efficient Dynamic OptimizationMorgan Kelley, Ross Baldick, Michael Baldea297. Backoff-based Model-based Design of Experiments Under Model MismatchPanagiotis Petsagkourakis, Federico Galvanin298. Computer-aided Hazop: Ontologies and Ai for Hazard Identification and PropagationJohannes I. Single, Jurgen Schmidt, Jens Denecke299. Machine Learning-aided Process Design for Formulated ProductsLiwei Cao, Danilo Russo, Werner Mauer, Huan Huan Gao, Alexei Lapkin300. A Novel Multi-stage Stochastic Formulation with Decision-dependent Probabilities for Condition-based Maintenance OptimizationEgidio Leo, Sebastian Engell301. Efficient Evaluation of Vacuum Pressure-swing Cycle Performance Using Surrogate-based, Multi-objective Optimization AlgorithmHector Octavio Rubiera Landa, Yoshiaki Kawajiri, Matthew J. Realff302. Qmac: a Quantum Mechanics/machine Learning-based Computational Tool for Chemical Product DesignQilei Liu, Kun Tang, Jinyuan Zhang, Yixuan Feng, Chenyang Xu, Linlin Liu, Jian Du, Lei Zhang303. The Value of Direct Programming the Pid Control Law in MatlabBartolomeo Cosenza, Michele Miccio304. Treated Industrial Wastewater as a Water and Nutrients Source for Tomatoes Cultivation: an Optimisation ApproachFatima-Zahra Lahlou, Sarah Namany, Hamish Mackey, Tareq Al-Ansari305. Uncovering the True Cost of Ionic Liquids Using MonetizationHusain Baaqel, Victor Tulus, Benoit Chachuat, Gonzalo Guillen-Gosalbez, Jason Hallett306. Multi-objective Optimization of a Bioethanol Distillation Considering Heat Exchanger Fouling and Sustainability IndicatorsFabian Zapf, Thomas Wallek307. Maximising Food Security Through a Macronutrient Optimisation Approach Considering Energy and Water ConstraintsNayla Al-Thani, Tareq Al-Ansari, Rajesh Govindan308. Modelling Circular Structures in Reaction Networks: Petri Nets and Reaction Network Flux AnalysisJana M. Weber, Artur M. Schweidtmann, Eduardo Nolasco, Alexei Lapkin309. An Agent-based Model for Sustainable Power Generation Using Optimal Biomass UtilisationSarah Namany, Ahmed Alnouss, Rajesh Govindan, Gordon Mckay, Tareq Al-Ansari310. A New Lagrangian Relaxation Approach for Multistage Stochastic Programs Under Endogenous UncertaintiesZuo Zeng, Selen Cremaschi311. A Hybrid Method for Integration of Heat Pump Assisted Distillation System with Intermediate Reboiler/condenserJiaxin Yang, Minbo Yang, Xiao Feng, Yufei Wang312. Optimal Evacuation Route Prediction in Fpso Based on Deep Q-networkSeokyoung Hong, Kyojin Jang, Jiheon Lee, Hyungjoon Yoon, Hyungtae Cho, Il Moon313. A Methodology for Data Based Root-cause Analysis for Process Performance Deviations in Continuous ProcessesPatrick Schiermoch, Benedikt Beisheim, Keivan Rahimi-Adli, Sebastian Engell314. Reduced-order Modelling (rom) Approach for Optimal Microclimate Control in Agricultural GreenhousesFarhat Mahmood, Ikhlas Ghiat, Rajesh Govindan, Tareq Al-Ansari315. Network Optimization Model for a Sustainable Supply Network for GreenhousesIkhlas Ghiat, Rajesh Govindan, Sarah Namany, Tareq Al-Ansari316. Integration of Chemical Process Simulators with Algebraic Modeling LanguagesRuben Ruiz-Femenia, Juan Javaloyes-Anton, Raquel Salcedo-Diaz, Mauro Antonio Da Silva Sá Ravagnani, Jose A. Caballero317. Prediction of Sustainability Related Properties: Data Science Methods with Incorporated Prior KnowledgeGulnara Shavalieva, Pietro Postacchini318. A Framework for Stochastic and Surrogate-assisted Optimization Using Sequential Modular Process SimulatorsAlberto Penteado, Erik Esche, Joris Weigert, Jens-Uwe Repke319. Quantitative Risk Assessment and Management for CO2 Utilisation Industrial NetworkAli Al-Yaeeshi, Rajesh Govindan, Tareq Al-Ansari320. Assessing Thermodynamic Flexibility Boundaries via Residue Curve MapsAlessandro Di Pretoro, Ludovic Montastruc, Flavio Manenti, Xavier Joulia321. A Straightforward Optimization Approach for a Baseload Propane-mixed Refrigerant ProcessMary Katebah, Mohamed Hussein, Easa Al-musleh322. Market-like Distributed Coordination of Individually Constrained and Coupled Production Plants with Quadratic ApproximationSimon Wenzel, Felix Riedl, Sebastian Engell323. Synthesis and Assessment of Waste-to-resource Routes for Circular EconomyAdrian Pacheco-Lopez, Ana Somoza-Tornos, Edrisi Munoz, Elisabet Capon-Garcia, Moises Graells, Antonio Espuna324. Shape Optimization of a Fixed-bed Reactor Using Additive ManufacturingAlexis Courtais, François Lesage, Yannick Privat, Cyril Pelaingre, Abderrazak M. Latifi 1939325. Systematic Modelling of Flow and Pressure Distribution in a Complex TankRobert Pujan, Heinz A. Preisig326. A New Methodology to Design Optimal Exchanges Network for Facing Concrete Industrial ProblemsFlorent Mousque, Marianne Boix, Stephane Negny, Ludovic Montastruc, Serge Domenech327. Nested Sampling Strategy for Bayesian Design Space CharacterizationKennedy Kusumo, Lucian Gomoescu, Radoslav Paulen, Salvador Garcia-Munoz, Constantinos Pantelides, Nilay Shah, Benoit Chachuat328. Neural Ordinary Differential Equations-based Explainable Deep Learning for Process ModelingMichael Wartmann, Erik Ydstie329. Global Optimization of Bilinear Programs by Elementary Functions SubstitutionsMilos Bogataj, Zdravko Kravanja330. Uncertainty Analysis and Model Reduction Based Global Optimisation of Distributed Large-scale SystemsMin Tao, Constantinos Theodoropoulos331. Global Optimization with Ensemble Machine Learning ModelsAlexander Thebelt, Jan Kronqvist, Robert Matthew Lee, Nathan Sudermann-Merx, Ruth Misener332. Eco2des: Python Framework for the Eco-design of Industrial ProcessesMiguel Garcia Casas, Javier Dufour Andia, Jose Luis Galvez Martos333. Operator Training for Non-technical Skills in Process IndustryHasan Mahbub Tusher, Steven Mallam, Gesa Praetorious, Zaili Yang, Salman Nazir, Wilhelm Stock334. A Deterministic Global Optimization Method Based on Legendre-fenchel TransformKarim Alloula, Jean-Pierre Belaud335. A New Method for Food Production Analysis and Optimization Applied to Citrus IndustryMartina Raymo, Maria Cristina Rulli, Laura Piazza, Flavio Manenti, Giulia Bozzano
In user-centred design, digital human models hold the potential for proactive evaluations of ergonomics or discomfort in terms of a computer aided ergonomics tool. Therefore, models predicting human interaction behaviour, are necessary. In this contribution we present such a model as well as its initial evaluation. The evaluation is performed by applying the interaction model to a specific use case, conducting a comparison with an empirical subject study. The evaluation shows that similar and realistic human behaviour was predicted, which was consistent in terms of whole-body strain.
Computer Aided Design Book Pdf 48
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Eventually, new construction techniques required new forms of abstractly representing buildings- to communicate, instruct, and record the details of construction. As materials and building techniques demanded ever smaller tolerances, technical drawings required more precision and descriptiveness. The advances of modern construction in architecture, product design, aerospace, cars, and more, paced forward hand-in-hand with advances in the tools available for designing and describing those objects. Whether you believe that advances in computer aided design occurred to keep up with a changing world, or that those advances in CAD opened the doors for advancing building technology, there is no doubt about the significant role that digital tools and computer aided drafting have played in transforming our discipline.
Computer aided design tools for industrial engineering typically require the use of optimisation. The optimisation problems in industrial engineering are often difficult due to the use of nonlinear and nonconvex models combined with underlying combinatorial features. The result is that no single optimisation procedure is typically suitable for most design tasks. Hybrid procedures are able to make use of the best features of any method while ameliorating the impact of the disadvantages of each method involved. This paper presents an overview of hybrid methods in engineering design. A simple case study is used to illustrate one hybrid optimization procedure. 2ff7e9595c
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