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LAND.TECHNIK 2022

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2395 2022

Treffer in den folgenden Teilen:

A. Grever, M. Muter, B. Johanning A generic approach to bridge the gap between route optimization and motion planning for specific guidance points of highly automated machines S. 71-78

„… A generic approach to bridge the gap between route optimization and motion planning for specific …” „… Johanning, Hochschule Osnabrück Abstract Both route optimization and motion planning are important …” „… neglected in the route optimization process. As a result of the abstraction, assumptions are made in the …”

S. Becker, B. Kazenwadel, M. Geimer Automation and Optimization of Working Speed and Depth in Agricultural Soil Tillage with a Model Predictive Control based on Machine Learning S. 55-64

„… Automation and Optimization of Working Speed and Depth in Agricultural Soil Tillage with a Model …” „… optimization and automation of agricultural tasks is increasing. Furthermore, costs and the lack of qualified …” „… optimization parameters such as fuel efficiency, performance or total costs depending on the individual needs …”

C. Birkmann, J. Wieckhorst, J. Pieper, C. Ehlert, R. Stirnimann, M. Stettler The Integration of a Scientific Soil Compaction Risk Indicator (TERRANIMO) into a Holistic Tractor and Implement Optimization System (CEMOS) S. 29-36

„… and Implement Optimization System (CEMOS) Dr.-Ing. Christian Birkmann, Dr.-Ing. Jan Wieckhorst …” „… optimization system that is available for CLAAS tractors (CEMOS). The web-based TERRANIMO soil compaction risk …” „… Implement Optimization System The CLAAS electronic machine optimization system (CEMOS) for tractors assists …”

Y. Ehlert A Modular Approach for a Dialog Based Assistance System to Adjust and Optimize Machines and Machine Combinations for Different Agricultural Applications S. 273-278

„… relevant for the application. A holistic optimization system for different agricultural applications …” „… software architecture, the CEMOS optimization knowhow can easily be deployed to multiple platforms inside …” „… or outside of the CLAAS digital ecosystem. As part of the first category, CEMOS optimization …”

J. Guo, L. Frerichs, F. Shen, S. Munstermann Analysis of abrasive wear of tillage tools on both macro- and microscopic level S. 309-316

„… microscopic optimization, such as soil flow, which is unmeasurable during tests, can be obtained from …” „… movement of Newton [2]. The optimization of tillage tools is performed based on load profiles in …” „… these researches on both macro- and microscopic levels could benefit the tool optimization to the …”

A. Lindenberger, M. Uhl, M. Frank Influence of design and operating parameters on crop-flow characteristics in a self-propelled forage harvester (SPFH) using experimental and numerical methods S. 457-464

„… : Categories of SPFH crop-flow process parameters Thus, there is potential for optimization by adjusting …” „… optimization. In this contribution, the developed mythology will be pointed out in detail at the …” „… understanding this behaviour there is the potential of optimization in terms of efficiency. This study was …”

S. Rottgermann, S. Haverkamp Fundamental Concept for Highly Automated Implements with Distinct Regard To Process Automation S. 359-364

„… other information are decisive factors for the optimization of the work process as well as the work …” „… holistic optimization of the work process. Quality of the Work Result To date, there is still no …” „… Handling For making a decision in the optimization process, information and data handling are two …”

Titelei/Inhaltsverzeichnis S. I-XVI

„… Soil Compaction Risk Indicator (TERRANIMO) into a Holistic Tractor and Implement Optimization System …” „… Optimization of Working Speed and Depth in Agricultural Soil Tillage with a Model Predictive Control based on …” „… E-Systems GmbH, Dissen A generic approach to bridge the gap between route optimization and motion planning …”

D. Neitemeier, S. Spiekermann, D. Irmer, J. Baumgarten, A. Wilken Automatic adjustment of auger headers with variable table length to improve a continuous crop flow and reduce pickup grain losses of a combine harvester S. 235-242

„… flow in the longitudinal direction. As seen in the Fig. 6 the model characteristic optimization …” „… change. Fig. 6: Characteristic diagram optimization VDI-Berichte Nr. 2395, 2022240 Furthermore the …”

S. Prufling, B. Langer Latest technology solutions for Charging and e-Machines – how off-road and agriculture applications can benefit from automotive innovations S. 365-380

„… in Fig. 2 and for these applications different design and optimization challenges exist. Power units …” „… multidisciplinary design optimization task. This means that every design parameter influences the electromagnetic …” „… runner motors) or higher e-Motor axial length in the electromagnetic design optimization (Fig.3). These …”

P. Riegler-Nurscher, J. Prankl, D. Schauer Stereo camera-based method for grassland yield estimation S. 301-308

„… logistic optimization, site specific fertilizing, automated machine control and objective farm resource …” „… , in-field-logistics and logistic optimization during harvest, and objective farm resource planning. Previous …”

I. Stasewitsch, J. Schattenberg, L. Frerichs, K. Kruger, J. Schobel, M. Lehr, T. Neugebauer Localization with a ground penetrating radar in harsh agricultural environments S. 153-162

„… perspective. In contrast to [1], where a particle swarm optimization was used, a particle filter is deployed …” „… (orientation) of the vehicle for the localization. Particle swarm optimization is VDI-Berichte Nr. 2395, 2022 …”

S. Schwich, J. Schattenberg, L. Frerichs, M. Gallmeier Adaptive control of a self-propelled sugar beet harvester S. 447-456

„… operator. The system enables global optimization of the machine setting to the environmental conditions …” „… Machine Learning-based Assistance System for Computer-Aided Process Optimization within a Self-Propelled …”

T. Herlitzius, B. Striller, N. Staemmler, T. Pohl FMIS evaluation and user experience within “Landnetz” S. 501-510

„… this point of view, “machine intelligence” is limited to machine-internal process optimization, while …” „… Aggregation of information and operations control data‐driven insights and optimizations in te ro p er ab ili ty In te rp …”

I. Beermann, A. Kipp Synchronising machine adjustments of combine harvesters for higher fleet performance S. 65-70

„… Machine Optimization System). Normally the fleet consists of manually adjusted machines, but if the …”

A. Klein, M. Kissel, P. Pickel, F. de Moraes Boos, V. Kegel GridCON2 – Development of a Cable Drum Vehicle Concept to Power 1MW Fully Electric Agricultural Swarms S. 11-16

„… EDV VDI-Berichte Nr. 2395, 2022 15 Considering a sweet spot for the drum’s design optimization …”

F. Keppler, N. Dunkelberg, S. Wagner, K. Janschek Efficient Multi-Robot Path Planning for Autonomous Weed Control on Complex Field Configurations S. 79-86

„… Optimization: Theory and Algorithms, Berlin, Heidelberg: Springer, 2008, pp. 527–562. doi …”

M. Abdipourchenarestansofla, C. Schroth The importance of data quality assessment for machinery data in the field of agriculture S. 495-500

„… production in agricultural. The data obtained can help the farmer with optimization or decision support by …”

C. Schoerghuber, M. Ortner, M. Resel, R. Schantl, S. Puster Analysis of the tractor behavior on a powertrain test bed for tractor-specific maneuvers S. 521-528

„… unit will be performed. Also the combination with Design of Experiment (DoE) optimization methods …”

R. A. Rohrer, J. D. Luck Automated Droplet Size and Rate Control via Electromechanically Actuated Variable-Orifice Nozzles and Boom Pressure S. 117-124

„… desired flow at nearly all operating points above 207 kPa. Optimization of the control method showed …”

K. Palm, J. Guo, L. Frerichs, A. Eitzlmayr, F. Maier, P. Seil Calibration of soil models within the Discrete Element Method (DEM) S. 45-54

„… varied parameter sets, and employs an optimization algorithm to find the best combination(s). In the …”

F. Pult, A. Stein, M. Geimer Challenges in the Use of Alternative Fuels: Solutions to handle Boil-Off Gas in Agricultural Machines S. 431-440

„… optimization opportunities for the alternator and the gas engine. If an additional gas engine optimized for …”

A. Opgenoorth, K. Schmitz Development of hydraulic drive systems in the context of electrified work machines S. 133-146

„… designs. The large-scale investment costs of batteries or fuel cells require an optimization of …”

S. Lorenz Machine operation task analysis – A deeper look into the shift of task profiles within operating agricultural cyber-physical production systems S. 473-484

„… the involved parameters regarding the given limits and optimization targets. 90 - 10 The operator …”

doi.org/10.51202/9783181023952

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ELIV-MarketPlace 2022

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2405 2022

Treffer in den folgenden Teilen:

U. Bodenhausen Comprehensive Test Strategy for AI Based Systems – From AI Test Principles to T est Optimization S. 265-282

„… Comprehensive Test Strategy for AI Based Systems From AI Test Principles to Test Optimization Dr …” „… Principles to Test Optimization© 2022. Vector Consulting Services GmbH. All rights reserved. Any distribution …” „… Optimization of a Comprehensive Test StrategyEvidence Level of AI TestingConsecutive entries (e.g. 1, 2, 3 …”

A. Ropers Virtual E/E Test Platform – co-exploration, optimization and validation of ECU architecture and software in the context of the car S. 9-18

„… Performance Exploration and OptimizationSystem-on-Chip Multi-die SoC E/E System-of-Systems• Early architecture …” „… & SW-driven verification of system requirementsTrade-off analysis and optimizationQuickly analyze KPIs …” „… Virtual E/E Test Platform – co-exploration, optimization and validation of ECU architecture and …”

S. Alexander Real-time, Context-aware E-Mobility Services to Optimize Commercial Transportation Ecosystem – Optimized Battery Electric Fleet Operations: Maximize utilization, Minimize electricity costs, Simplify o... S. 381-394

„… OptimizationitOptimizationWideSense eliminates range uncertainty, allowing fleets to reliably increase truck utilization, and realize …” „… WithoutWideSenseWithWideSenseAvg. Diesel Trucki OptimizationithOptimizationAvg. Diesel TrucksWithoutWideSenseWithWideSenseitho t …” „… OptimizationElectric Truck With OptimizationDieselTrucksAnnual Savingsper Truck1. Cost per mi. Savings $ 1.51 / mi.2 …”

P. Granados, J. Nguyen Real Life performance of IEEE 1722 Control Format (ACF) – In future oriented networking architectures S. 229-238

„… scenariosEven easier configuration workflowSignal level optimizationsCyan Magenta Yellow BlackPreflight Lx3 am …” „… performance between UDP and ACF in Zonal ArchitectureFurther optimization possibilitiesEfficiency increase …” „… Life performance of IEEE 1722 Control Format (ACF) Further optimization possibilitiesOptimization …”

K. Talits Automatic Camera-based Road Defect Detection with Neural Networks S. 305-314

„… Precision-oriented networkUse case-based network optimizationE-LAB | Kevin Talits | Baden Baden, 16.11.20222 …” „… accuracy of a YOLOv5 detection model for road defects. Impacts of single optimization tools are …” „… contributorsSpeed-orientedTradeoff between fast and precise detectionsUnderstanding optimization tools for road damage detectionState …”

Titelei/Inhaltsverzeichnis S. I-XIV

„… Platform – co-exploration, optimization and validation of ECU architecture and software in the context of …” „… Based Systems – From AI Test Principles to T est Optimization …”

G. Seidel, T. Smits, J. Lützner Supplier‘s Perspective of the Truck Architecture Transformation S. 349-358

„… optimizationStrong collaboration between suppliers and OEM is required to manage deployment/integrationService …”

S. Suo Future of Electrified Powertrain in the era of Software Defined Vehicles and Service Oriented Architecture S. 79-84

„… OpportunitiesCybersecurity impact to bigger ecosystemSafety, efficiency, performance and cost optimization Challenges in …”

T. Zipper Wireless Services in Next Generation E/E Architectures S. 181-188

„… / Zones etc.ElectrificationNewly added functionality with strong need for optimizations.ADAS / Automated …”

S. Poledna, L. Antonia Zaza Bringing together major stakeholders to shape the future of autonomous operation. Can this also be done for the offhighway industry? S. 447-460

„… Environmental Benefits of Precision Agriculture in the United States”• Job execution optimization• Process …”

M. Dargel, L. Bublitz Lessons learned from current developments of highly automated driving functions (SAE Level 3 and 4) and derivation of future success factors S. 69-78

„… deployment by task forces is an option for a single event, but not for an overall “process optimization …”

doi.org/10.51202/9783181024058

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ELIV 2017

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2299 2017

Treffer in den folgenden Teilen:

F. Frank, J. Wilhelm, D. Schramm SoC-Swing basierte Optimierung von Fahrzeugbatterien unter Verwendung von Simulationen /SoC-Swing based optimization of automotive batteries using simulations S. 89-90

„… SoC-Swing based Optimization of Automotive Batteries using Simulations Felix Frank, M.Sc …” „… optimization is done to find an optimal configuration, given a set of boundary conditions. These boundary …” „… to find an electrically and thermally optimal battery design, is a combined optimization, consisting …”

R. Straschill, T. Schäfer Anwendung etablierter Methoden zur Quantifizierung von Testabdeckung zur Sicherstellung der Sicherheit selbstlernender Systeme /Accepting uncertainty – Applying proven methods for quantifying test res... S. 97-98

„… guesswork in estimating test coverage with quantitative results, thus allowing for an optimization problem …”

M. Ruf, J. Lützner Konnektivität – DIE Grundvoraussetzung für Effizienzsteigerungen in Nutzfahrzeugen /Connectivity as THE enabler for efficiency Improvements in commercial vehicles S. 35-36

„… Abstract Connectivity enables optimization of the key financial levers of fleets, namely fuel, salaries …”

P. Ott, C. Speck, G. Matenaer Deep end-to-end Learning im Automotivebereich /Deep end-to-end learning in automotive S. 49-50

„… (the likelihood of neighboring pixels having the same class) coupled with an optimization scheme …”

Titelei/Inhaltsverzeichnis S. I-XV

„… SoC-Swing based optimization of automotive batteries using simulations 89 B. Frieß, T. Soczka-Guth …”

doi.org/10.51202/9783181022993

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Kupplungen und Kupplungssysteme in Antrieben 2021

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2382 2021

Treffer in den folgenden Teilen:

J. Seiter, C. Acker, T. Cassiani, A. Grossmann, T. Kubicek, S. Morel NVH-optimization for drivetrains of commercial vehicles with a newly slipping absorber S. 181-194

„… NVH-optimization for drivetrains of commercial vehicles with a newly slipping absorber …”

Titelei/Inhaltsverzeichnis S. I-X

„… Produktentwicklung am Karlsruher Institut für Technologie (KIT), Karlsruhe NVH-optimization for drivetrains of …”

G. Göppert Adaptation of a Wet Clutch Torque Model in Electrified Drivelines S. 333-XIII

„… parameters k is typically executed by solving the corresponding optimization problem of minimizing ε2. Here …”

J. Köber, M. Gärtner, A. Albers Entwicklung einer Methode zur Effizienzsteigerung des Manövertransfers auf Gesamtfahrzeug- und Rollenprüfstände am Beispiel der Validierung der Schaltqualität S. 29-42

„… ] Lawler, E. L. (Hrsg.): The traveling salesman problem. A guided tour of combinatorial optimization …” „… . Wiley-interscience series in discrete mathematics and optimization. Chichester: Wiley 1995 VDI-Berichte Nr. 2382 …”

M. Hoić, B. Škugor, A. Miklik, J. Deur, A. Tissot Experimental characterization and modeling of dry clutch wear with emphasis on fading effect S. 265-278

„… exponents p and r by using a search-type optimization algorithm, (ii) the exponents obtained for different …”

doi.org/10.51202/9783181023822

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37. Internationales Wiener Motorensymposium 28. – 29. April 2016

Hans Peter Lenz (Hrsg.)

Reihe: Verkehrstechnik/Fahrzeugtechnik

Band 799 2016

Treffer in den folgenden Teilen:

T. Pauer, M. Frohnmaier, J. Walther, P. Schenk, A. Hettinger, S. Kampmann Optimierung von Ottomotoren durch Wassereinspritzung/Optimization of Gasoline Engines by Water Injection S. II-18-II-33

„… Optimierung von Ottomotoren durch Wassereinspritzung Optimization of Gasoline Engines by Water Injection …”

M. Nakagawa, K. Yano, I. Yamauchi, M. Stapelbroek, T. Hülshorst, A. Nase Neue Freiheitsgrade der Hybrid-Antriebsstrangdimensionierung durch prädiktives Energiemanagement /New Degrees of Freedom for Dimensioning of Hybrid Powertrains by Using Predictive Energy Management S. I-248-I-264

„… “electronic horizon”, enabling a quasi-global optimization [2]. These electronic horizons are systems …” „… powertrain and a longitudinal vehicle model. Fast calculation times enable optimization of vehicle concepts …” „… operating strategy. For optimization of the operation strategy two main parameters were identified. On the …”

Y. Ohta, S. Fushiki, S. Matsuo Der neue PRIUS Antriebsstrang: Der neue 1.8L ESTEC 2ZR-FXE Motor mit dem neuen Hybridsystem /The New PRIUS Powertrain: The New 1.8L ESTEC 2ZR-FXE Engine with the New Generation Hybrid System S. II-83-II-97

„… ). Figure 6 Optimization of intake port to increase tumble ratio To increase the turbulence intensity …” „… . Figure 11 EGR passage Figure 12 EGR gas flow differences Through optimization of …” „… ). Figure 18 Optimization of valve timing design Scavenging performance was enhanced by optimizing the …”

I. Hwang, H. Lee, H. Park, K. Hwang, H. Choi, K. Lee, W. Kim, H. Kim, B. Han, J. Lee, B. Shin, D. Chae Hyundai-Kia’s hoch innovativer 1.6L DI Ottomotor für Hybridfahrzeug/Hyundai-Kia’s Highly Innovative 1.6L GDI Engine for Hybrid Vehicle S. II-285-II-303

„… accomplished the goal by optimization of not only the engine hardware but also the engine control system as …” „… that represent engine operation region of hybrid vehicles. Figure 8: Optimization of C/R &Valve …” „… EGR ratio. Due to the optimization of EGR system and fast combustion, considerable EGR ratio is used …”

G. Boretto, G. Basso, R. M. Frank, L. Borgia, L. Garzarella, R. Carrozza, V. Petronzi, M. Weßlau, A. Bauer Der neue 1,6 Liter Diesel Motor mit 2-stufiger Aufladung von General Motors /The New 1.6 Liter Midsize Diesel Engine with Two-Stage Turbocharging from General Motors S. II-98-II-110

„… dyno-engines and vehicles. The compact turbine housing design required a thorough flow optimization by the aid …” „… optimization of the thermo-structural and fatigue behavior of the whole exhaust system. 3.2 Two-stage …” „… variant (up to 25% more). A dedicated system optimization was carried out, with computational analysis and …”

M. G. Lisbona, E. Bonamassa, S. Cereda Der neue 2.2 Voll-Aluminium Alfa Romeo Diesel Motor/The New 2.2 All-Aluminum Alfa Romeo Diesel Engine S. II-111-II-137

„… , performed in parallel to CAE activity, supported the optimization of the scissor gear spring pre-load and …” „… specific engine and turbocharger optimization allows to increase max power and max torque at the same time …” „… was CO2 reduction, then mapping optimization was performed to convert the potential 25% NOx margin …”

S. Ando, K. Takashima Hocheffiziente Performance – Der neue Infiniti 6-Zylinder Benzinmotor mit Direkteinspritzung und Turboaufladung /Highly Efficient Performance – The New Infiniti V6 Petrol Engine with Direct Injection ... S. II-334-II-354

„… optimization of the head gasket layer for improved sealing properties 4.1. Piston ring groove treatment …” „… , contributing to the reduction of blow-by gas. This technology has contributed to optimization of main moving …”

R. Schlögl Neue Kraftstoffe aus CO2/CO2 to Fuels – Chemical Perspectives S. II-253-II-264

„… structures in order to gain optimization potential for the combustion management and minimize …” „… ethers from methane- based products by hierarchical optimization with varying model depth …”

R. Smaling, D. Mohr, D. Eckroth, A. Desai, C. Lana, Y. Yuan, K. Li Entwicklung eines Erdgas-Motors für Lastkraftwagen/Development of an On-Road Heavy Duty Natural Gas Engine S. II-385-II-402

„… commanded anytime to help prevent surge. Engine optimization A stoichiometric with cooled EGR …” „… emissions and robust operation. The performance optimization & development of the engine subsystems was …”

R. Brück, P. Hirth, B. Hu, C. Schorn Neue Katalysatorträger-Innovation für die Einhaltung der RDEund SULEV-30-Grenzwerte /New Catalyst Substrate Innovation for Achieving RDE and SULEV 30 Emission Legislation S. I-232-I-247

„… - An Efficient Measure for Emission Optimization in Mild Hybrid Vehicle Operation Strategies" in 24 …”

M. R. Olechiw, E. Nam, R. Moran, K. Bolon USEPA Programm zur Senkung der CO2-Emissionen von PKW und leichten Nutzfahrzeugen sowie Vorstellung des Evaluierungsprogramms der langfristigen CO2-Standards /USEPA Light-Duty Greenhouse Gas Emission ... S. I-180-I-188

„… Optimization Model for reducing Emissions of Greenhouse gases from Automobiles (OMEGA …”

I. Hirose Mazda 2.5L SKYACTIV-G Motor mit neuer Aufladetechnik/Mazda 2.5L SKYACTIV-G Engine with New Boosting Technology S. II-304-II-316

„… . Lutz-Kilian Cloos Cooled External EGR – System Optimization of the Cooling and Charging System on a 3 …”

T. Niizato, Y. Yasui, Y. Urata, Y. Wada, M. Jono, K. Nakano, M. Taguchi, M. Fischer Hondas neue Turbo-GDI Motorenfamilie für globale Anwendung/Honda’s New Turbo-GDI Engine Series for Global Application S. II-317-II-333

„… series, fundamental combustion concept was re-established as optimization for turbo-charged engine. 37 …”

U. Wagner, M. Rauch, T. Eckl, A. Schamel, C. Weber, M. Springer, O. Maiwald, T. Knorr, S. Lauer 48 V P2 Hybridisierung mit optimiertem Motorkonzept – bestmögliche Fahrbarkeit bei exzellenter Verbrauchs- und Kosteneffizienz /48 V P2 Hybrid Vehicle with an Optimized Combustion Engine – Fuel Econom... S. II-53-II-82

„… Charging Technologies for CO2 Optimization by Millerization SEA Congress, 2015 [5] T. Knorr; D. Ellmer …”

H. Müller, P. Gutruf, M. Martin Brennstoffzellen Range-Extender als weiterer Lösungsansatz für große Reichweiten im emissionsfreien Fahrbetrieb /Another Future Solution for Long Driving Range at Zero Emission – Fuel Cell Range Exten... S. I-277-II-X

„… von Ottomotoren durch Wassereinspritzung Optimization of Gasoline Engines by Water Injection 18 …”

K. Gaukel, D. Pélerin, M. Härtl, G. Wachtmeister, J. Burger, W. Maus, E. Jacob Der Kraftstoff OME2: Ein Beispiel für den Weg zu emissionsneutralen Fahrzeugen mit Verbrennungsmotor /The Fuel OME2: An Example to Pave the Way to Emission-Neutral Vehicles with Internal Combustion En... S. II-193-II-223

„… poly(oxymethylene) dimethyl ethers from methane-based products by hierarchical optimization with varying model …”

C. Redtenbacher, C. Kiesling, A. Wimmer, F. Sprenger, P. Fasching, H. Eichlseder Dual Fuel Brennverfahren – Ein zukunftsweisendes Konzept vom PKW- bis zum Großmotorenbereich? /Dual Fuel Combustion – A Promising Concept for Small to Large Engines? S. II-403-II-428

„… notwendige Motorprozessrechnung wurde mit der Software CORA (Combustion Optimization Research and Analysis …”

doi.org/10.51202/9783186799128

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AgEng LAND.TECHNIK 2022

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2406 2022

Treffer in den folgenden Teilen:

H. W. Griepentrog, A. Stana, D. Reiser Concept and performance of an autonomous precision seeder for grain crops – Optimization of seed embedding into the soil S. 561-566

„… Concept and performance of an autonomous precision seeder for grain crops Optimization of seed …”

M. Schmidt AI-Based Tillage Job Quality Assessment for Advanced Machine Automation in Agriculture S. 567-572

„… Process Planning Level - Work Process Optimization Level - Work Process Stabilization Level On Work …” „… considered. This can be interpreted as a multidimensional optimization problem. In stubble cultivation …” „… paper. On Work Process Optimization Level, the derived target values are transferred into specific …”

M. Altaleb, J. Hertzberg, H. Deeken, B. Wrenger Analysis of Combine Harvester Threshing Systems Across Different Climate Regions S. 17-24

„… optimization system. In both approaches, the combine harvester must be configured with suitable settings. It …” „… contexts is required to improve both, the optimization and default initial settings. For a combine …” „… system, and jet stream cleaning system with working width of 12 m. The combines use actively optimization …”

L. Wannasek, D. May, D. Tyris, T. Amon Design of an on-farm biomethane upgrading plant with hybrid compression and filling station S. 259-266

„… plants for biogas for internal biomethane use. There is a need for optimization due to the overlapping of …” „… micro-biogas upgrading plants, the retrofitting of existing diesel engines for gas operation with optimization …”

V. Ernst, J. Schwehn, N. Ebertshauser, S. Böttinger Investigations on the rolling resistance of tractor tires using coast down tests S. 581-588

„… manufacturers, a comparison of different possibly mounted tires and therefore an optimization is difficult. This …” „… an optimization is possible. As an example application, three tires of two manufacturers and with …”

F. Herter, C. Schwaer Valuation Method for Corn head integrated Stubble Cracker System S. 173-178

„… optimizations have to be done. Furthermore to compare the difference in the working result of different working …”

C. Dittrich, R. Pecenka, C. Lühr, A. Kir, F. Righi, A.-K. Loes, U. Schmutz A. Antosik#M. Stobińska#M. Pieczykolan#P. Kamola#A. Bartkowiak Extrusion of lignocellulosic residues from agriculture and agroforestry into fibre for peat replacement and pellets for animal bedding S. 115-120

„… optimizations should be carried out as part of future investigations for cost-effective fibre production …”

S. Röttgermann, G. Podann, J. IJsselmuiden, F. Tamminga, N. van de Westeringh, K. Jayaraj, D. Matos, D. Albrecht Disturbance Input Detection and Performance Monitoring for Smart Agricultural Implements S. 141-148

„… steps an optimization of robustness (on hardware as well as on software level) with respect to external …”

A. Panambilly, P. Schade Smart Constituent Sensing using HarvestLabTM 3000 – An innovative NIR based Constituent Sensing solution S. 335-342

„… Thousand Kernel Weight Estimation using Image Analysis Economic and agronomic optimization of Grains is a …”

J. Mellmann, T. Ziegler, T. Teodorov, T. Hoffmann, R. Joachim, B. Sturm Homogenization of belt drying of hops by controlling the supply air humidity using partial air recirculation S. 211-216

„… optimization of the belt drying system can be carried out. For example, the dryer control could be further …”

J. Henningsen, C. Schroth Challenges and potential of NIR sensors to simplify the generation of nitrogen flow balances – Digital mapping of nitrogen cycles S. 1-8

„… have to be documented and evaluated [4]. The target is to increase the optimization of the nutrient …”

B. Pölling, J. Steiner, C.-P. Stickel Development of a new structural undercarriage for combine harvesters S. 31-40

„… optimization of only the gusset plate is engaged to obtain a fast solution. This method offers some advantages …”

S. Kubinski, T. Meinel Methodology for the development of a plant detection system based on mechanical properties of crops using the example of corn – Contribution to the cost-effective enabling of plant-individual care mea... S. 135-140

„… PUDAMA (FKZ 2818105615) and 3D-Saat (FKZ 846900). The previous projects focussed on the optimization in …”

A. van Dueren den Hollander Intra row weeding in sugar beets with the use of Artificial Intelligence – From theory to practice S. 267-274

„… installed on the implement. After this, several optimization steps where necessary in order to have a …”

A. Hecker, B. Striller, F. Boye, Norman Franchi, H. Freytag Aspects on Applying and Operating Campus Networks in Agriculture S. 411-418

„… . Stachorra, G. Fettweis, and N. Franchi, ‘Network Planning and Coverage Optimization for Mobile Campus …”

A. Barbaresi, M. Ceccarelli, M. Bovo, M. Agrusti, E. Santolini, D. Torreggiani, P. Tassinari, G. Menichetti Machine Learning Models for Predictions of Thermal Energy Need in Farm Buildings S. 477-484

„… Optimization of Envelope Design for the Reduction of Building Energy Demand. Build. Simul. 2019, Rome: IBPSA …”

S. Germer, M. E. Adamseged, Z. Ding, T. Heinrich, T. Hoffman, R. Orozco, H. Park, P. Grundmann Grass-based circular solutions for rural agri-food value chains – Lessons learnt from GO-GRASS project S. 305-312

„… packages, from a 20kg bag to bulk deliveries. Therefore, the focus is the optimization of the briquetting …”

J. Schemminger, Sharvari Raut, B. Sturm, Albrecht Daniel, Thijs Defraeye A digital shadow to study the convective drying of carrot slices S. 155-164

„… Textiles, St. Gallen, Switzerland Abstract The optimization of food drying processes is strongly …”

Titelei/Inhaltsverzeichnis S. I-XXII

„… performance of an autonomous precision seeder for grain crops – Optimization of seed embedding into the soil …”

doi.org/10.51202/9783181024065

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Dritev 2024

VDI Wissensforum GmbH

Reihe: VDI-Berichte

Band 2433 2024

Treffer in den folgenden Teilen:

M. Hermanns, M. Derksen, S. Rothe, H. Hetzler Optimization of the Electric Powertrain using Machine Learning Methods S. 303-316

M. Hofstetter, D. Lechleitner, M. Hirz Carbon Footprint Minimization of Electric Powertrains by Multi-Objective Design Optimization S. 383-396

T. Hofman, O. Borsboom Automated Design Optimization of Axial and Radial Flux Motors for E-powertrains S. 397-404

C. Westphal, J. Brimmers, C. Brecher Gear Efficiency Optimization - Macro and Micro Geometry Design for Stepped Planetary Gear Stages S. 69-86

J. Haupt, C. Gillen, M. Kesseler, A. Freiburg, R. Fitz Driving dynamics optimization of electrically powered vehicles by means of active limited slip differentials S. 337-358

doi.org/10.51202/9783181024331

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Automation 2017

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2293 2017

Treffer in den folgenden Teilen:

F. Goppelt, R. Schmidt-Vollus, A. Diedrich, J. Eickmeyer, P. Li, T. Hoppe, M. Fuchs, O. Niggemann Beitrag zur Modellierung von Kreiselpumpen mit konzentrierten Parametern und Möglichkeiten zur Parameterschätzung Universal Process Optimization Assistant for Medium-sized 161 Manufacturing Enterpr... S. 159-162

„… Universal Process Optimization Assistant for Medium-sized Manufacturing Enterprises as Self-learning Expert …”

L. Evertz Entwicklung und Evaluierung einer Schnittstelle zum unternehmensübergreifenden Austausch von Lebenszyklusinformationen S. 95-96

„… focal mat-ter. Nevertheless, this is e key requirement for aforementioned optimizations. Therefore, in …”

C. Scheifele, O. Riedel, A. Verl Virtuelle Inbetriebnahme komplexer Produktionsanlagen mittels echtzeitfähiger Co-Simulation – Co-Simulation unter Einbindung industrieller Steuerungssysteme S. 45-46

„… and tools, which make increasing complexity controllable and optimizations at experimental models …”

J. Schlake, W. Schmidt, M. Bauer KPI Klassen und deren Anwendung für KPI Self-Service Entwicklung von KPI Bibliotheken basierend auf ISO22400 und MESA KPI-ML S. 79-80

„… Indicators (KPIs) are an important tool for Plant Performance Optimization. KPIs give a quick overview over …”

M. Ehrlich, H. Trsek, D. Lang, L. Wisniewski, V. Wendt, J. Jasperneite Security Concept for a Cloud-based Automation Service S. 151-152

„… actuators, management and monitoring or energy optimization. The new platform is based on a service-oriented …”

Titelei/Inhaltsverzeichnis S. I-XXI

„… Möglichkeiten zur ParameterschätzungA. Diedrich, Universal Process Optimization Assistant for Medium-sized 161 J …”

doi.org/10.51202/9783181022931

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38. Internationales Wiener Motorensymposium 27.-28. April 2017

Hans Peter Lenz (Hrsg.)

Reihe: Verkehrstechnik/Fahrzeugtechnik

Band 802 2017

Treffer in den folgenden Teilen:

S. Grams, H. Piechottka, F. Küçükay, A. Sturm Virtuelle Auslegung und Optimierung zukünftiger Antriebsarchitekturen/Virtual Design and Optimization of Future Powertrain Architecture S. I-163-I-195

„… Virtuelle Auslegung und Optimierung zukünftiger Antriebsarchitekturen Virtual Design and Optimization of …”

G. Avolio, J. Grimm, O. Maiwald, G. Rösel, R. Brück, F. Atzler Energiebasierte Optimierung eines Dieselhybrids zur Erfüllung der zukünftigen „Real Driving“-Emissionsgesetzgebung /Energy Based Optimization of a Diesel Hybrid Fulfilling Future Real Driving Emission... S. I-123-I-142

S. Dehn, J. Wind, C. Mohrdieck Optimierung des Brennstoffzellenantriebs im Spannungsfeld von Technik, Kosten und Kundenanforderungen /Optimization of the Fuel Cell Powertrain within the Triangle of Technology, Cost and Customer Req... S. I-61-I-70

P. Ramminger, R. Matthé, M. Herrmann, R. Jäger Das elektrische Antriebssystem im neuen Opel Ampera-e/The Electric Propulsion System in the New Opel Ampera-e S. II-1-II-13

„… individually and as an integrated system. The new design and numerous optimization loops delivered …” „… remarkable optimization details, resulting from rigorous analysis. The paper compares the performance …” „… Requirements A Design for Six Sigma (DFSS) optimization process [4] was followed which considered several …”

T. Toda, M. Sakai, M. Hakariya, T. Kato Der neue 2.5L Reihen-4-Zylinder-Ottomotor mit Toyota Neue Global Architektur Konzept /The New Inline 4 Cylinder 2.5L Gasoline Engine with Toyota New Global Architecture Concept S. I-71-I-100

„… at valve seat has been drastically improved. As a result of this optimization, the tumble ratio of …” „… high speed revolution. To design smaller crank pin jounal diameter, the optimization of the arm …” „… block structure and size has been equal with current 2AR engine. 2.1.5 Optimization of gas exchange …”

Titelei/Inhaltsverzeichnis S. I-I-I-VIII

„… im Spannungsfeld von Technik, Kosten und Kundenanforderungen Optimization of the Fuel Cell …” „… Driving“-Emissionsgesetzgebung Energy Based Optimization of a Diesel Hybrid Fulfilling Future Real Driving Emission …” „… Auslegung und Optimierung zukünftiger Antriebsarchitekturen Virtual Design and Optimization of Future …”

P. Krähenbühl, G. Dellora, S. Golini, F. Pidello Die Führungsrolle von FPT Industrial im Bereich Erdgastechnologien für Industriemotoren /FPT Industrial’s Leadership in Natural Gas Technologies for Industrial Engines S. I-269-I-284

„… studies showed great potential in a combustion optimization and swirl reduction lowering wall heat losses …” „… , cylinder head temperatures and increasing efficiency. The above optimization led to a reduction of up …” „… tailored on NG engines • Compression ratio optimization FPT is convinced that these new innovations …”

N. Saito, K. Nagumo, M. Yamamoto, A. Hiraide, M. Sugishita, H. Chiba, T. Brachmann Das Brennstoffzellensystem des Honda CLARITY FUEL CELL und Honda‘s Beitrag zur Realisierung der Wasserstoffgesellschaft /Fuel Cell System for Honda CLARITY FUEL CELL and Activity towards the Hydrogen ... S. I-41-I-60

„… ) Chemical degradation of electrolyte membrane D) Water content optimization for catalyst coated membrane …” „… the direction of the shorter side of the generating area. 3-6-4. Optimization of distribution of …”

R. Brück, M. Presti, O. Holz, A. Geisselmann, A. Scheuer Der Weg zur Erreichung der „CARB post 2023“ Emissionsgesetzgebung für Nutzfahrzeuge /The Way to Achieve "CARB post 2023" Emission Legislation for Commercial Vehicles S. II-148-II-163

„… . and Votsmeier, M., Global Kinetic Model and Parameter Optimization of a Diesel Oxidation Catalyst …”

S. Kiga, K. Moteki, S. Kojima Die weltweit erste Serienproduktion eines Motors mit variablem Verdichtungsverhältnis – Der neue Nissan VC-T Motor /The World’s First Production Variable Compression Ratio Engine – The New Nissan VC-T... S. II-24-II-42

„… results in reduction of engine width and various structure optimizations under crankshaft. (c …”

J. Scharf, J. Ogrzewalla, K. Wolff, T. Uhlmann, M. Thewes, A. Balazs, P. Grzeschik, M. Görgen, S. Yadla, H. Baumgarten, M. Wittler, C. Nebbia Ottomotoren für Hybrid-Antriebe – Hochtechnologie oder Low-Cost Aggregate? /Gasoline Engines for Hybrid Powertrains – High Tech or Low Cost? S. I-214-I-248

„… Optimization of the Cooling and Charging System on a 3-Cylinder Gasoline DI T/C Engine, 24th Aachen Colloquium …” „… Automobile and Engine Technology, 2015 [6] Budack, R, Kuhn, M. Wurms, R., Heiduk, T.: Optimization of the …”

T. Körfer, C. Menne, B. Lindemann, T. Szailer Die neue Generation sauberer Dieselmotoren – vollumfängliche Erfüllung der weltweit strengsten Emissionsnormen /Next Generation Clean Diesel Engines – Tailored Measures for Compliance with Upcoming Gl... S. II-279-II-307

„… driving operation. The comprehensive system optimization continues. Future power trains must be designed …” „… 378 668 307 447 489476487478463 298 398 211238 344 521 Base Optimization 92 111 64 32 52 79 2118 27 4 …”

M. Younkins, A. Tripathi, J. Serrano, J. Fuerst, H.-J. Schiffgens, J. Kirwan, W. Fedor Dynamic Skip Fire: Die einzigartige Zylinderabschaltung/Dynamic Skip Fire: The Ultimate Cylinder Deactivation Strategy S. I-249-I-268

„… would be realized with a more comprehensive focus on powertrain optimization, including dedicated …”

M. Brinker, T. Müller, M. Reichenbach, M. Plankenbühler, A. Zahdeh, J. Gatowski Umfassendes Thermomanagement für zukünftige Ottomotoren/Comprehensive Thermal Management for Future Gasoline Engines S. I-143-I-162

„… Jr., „Thermal Comfort and Engine Warm-Up Optimization of a Low- Flow AdvancedThermal Management …”

D. Talué, P. Whitwood, G. Page, M. McAllister, F. Borean, R. Penfold Vorstellung des Ingenium Otto-Motors: Jaguar Land Rover's neuer 4-Zylinder Ottomotor /Introducing the Ingenium SI Engine: Jaguar Land Rover’s New Four-Cylinder Gasoline Engine S. II-43-II-62

„… , S., "Analytical and Developmental Techniques Utilized in the Structural Optimization of a New …”

A. Kufferath, M. Krüger, D. Naber, R. Maier, J. Hammer Verbrauch im Einklang mit Realemissionen: Die Zukunft für den Diesel Pkw /Fuel Consumption in Accordance with Real Driving Emissions: The Future of Diesel Passenger Car S. I-101-I-122

„… GmbH, Stuttgart: „Emission Optimization of Diesel Passenger Cars to Fulfill „Real Driving Emission …”

C. A. Sharp, C. Henry, G. Neely, S. Rengarajan, J. Sarlashkar, C. C. Webb, S. Yoon Bewertung und Darstellung von Technologien zur Erreichung niedrigster NOx-Emissionen am Beispiel eines NFZ-Dieselmotors /Evaluation and Demonstration of Ultra Low NOx Technologies for an On-Highway Di... S. II-164-II-184

„… matter which design choices are ultimately made, integration and optimization of the engine and …”

doi.org/10.51202/9783186802125

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PIAE EUROPE 2024

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2435 2024

Treffer in den folgenden Teilen:

D. Dörr, S. Haas, M. Hohberg, J. Haas, B. Beck Virtual Optimization and Validation for 3D Skeleton Winding (3DSW) Lightweight Structures S. 493-504

T. Hilgers Use of recyclates in the automotive interior and reduction of the carbon footprint by using functional fillers Odor optimization of PCR recyclates and reduction of the carbon footprint - is this possi... S. 641-656

doi.org/10.51202/9783181024355

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SIMVEC

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2445 2024

Treffer in den folgenden Teilen:

A. C. Miranda, J. Dahlhaus, V. Faessler Development of AI based surrogate models for the optimization of battery operation strategies S. 235-242

D. Schneider, F. Beyer, S. Link Automatische Crashoptimierung des Schwellers und des Batterieschutzes in einem Audi Q8 e-tron für einen seitlichen Pfahlaufprall/Automatic crash optimization of the sill and battery protection in an A... S. 567-XIV

doi.org/10.51202/9783181024454

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Reifen – Fahrwerk – Fahrbahn

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2438 2024

Treffer in den folgenden Teilen:

O. Uszynski, C. Schliephake, D. Werner, D. Hagen, D. Wegener NVH optimization at chassis level using test bench data considering necessary corrections for coupling forces and moments S. 179-192

doi.org/10.51202/9783181024386

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Design and Optimization of Oil-Cooled Medium-Frequency Transformers with Foil Winding and Toroidal Core for High Power Applications

Siqi Lin

Reihe: Berichte aus dem IAL

Band 05/2024 2024

doi.org/10.51202/9783959009454

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Reactor network synthesis with guaranteed robust performance

Xiao Zhao

Reihe: Verfahrenstechnik

Band 952 2017

Treffer in den folgenden Teilen:

Bibliography S. 158-176

„… Bibliography [148] V. Sakizlis, J. Perkins, and E. Pistikopoulos. Recent advances in optimization-based …” „… . State-of-the art and progress in the optimization-based simultaneous design and control for chemical processes …” „… programming approaches to mathematical programs with complementarity constraints. SIAM Journal on Optimization …”

Titelei/Inhaltsverzeichnis S. I-XIV

„… , Mixed-integer nonlinear programming, Normal vector approach, Robust optimization In this work a systematic …” „… closed-loop is determined by solving a single optimization problem. Bibliographische Information der Deutschen …” „… . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58 5 Solution methods 60 5.1 Discrete-continuous optimization …”

Summary and outlook S. 133-140

„… design degrees of freedom, which are determined by solving a single optimization problem. The method has …” „… also subject to optimization. The obtained dynamic model for closed-loop design can therefore determine …” „… stability and a specified response speed. For the open-loop case, the derived optimization problem …”

Solution methods S. 60-106

„… 5 Solution methods In previous chapters we derived two optimization problems, Eqs. (3.44) and (4.39 …” „… this chapter, we will first review each related classes of optimization problems and then propose a …” „… two-step hybrid solution strategy for the optimization problems (3.44) and (4.39). Note that the symbols …”

Introduction S. 1-16

„… method with numerical optimization. Superstructure approach. The superstructure approach for reactor …” „… optimization. Depending on the type of the resulting optimization problem, the approach can be classified into …” „… superstructure approach using static or dynamic optimization. The first presentation of the superstructure …”

Simultaneous design of reactor network and its decentralized control system S. 47-59

„… this optimization problem will be treated in Section 5.6. 4.1 Modeling of reactor networks with …” „… constraints by numerical optimization, one should not directly use Eq. (4.35). Following the idea of …” „… non-smooth at certain points. Hence, it can be treated more easily by standard numerical optimization methods …”

Open-loop reactor network synthesis S. 30-46

„… sufficiently large number of fully connected reactors. It is the objective of optimization to determine how …” „… formulating an optimization problem in the next section. 3.2 Problem formulation 3.2.1 Eigenvalue constraint …” „… reactors are idle). Hence, Eq. (3.33) is a well-defined constraint for numerical optimization, although, as …”

Case study of allyl chloride production S. 107-132

„… . optimization ± 0.2 mol/s fCsys mol/s s.t. optimization ± 0.2 mol/s a1 1/s 1.5× 106 ± 5% a2 1/s 4.4× 108 ± 5% a3 …” „… is 5. The nominal values of fAsys and f C sys are subject to optimization, while their uncertainties …” „… This subsection illustrates the optimization problem (4.39) for networks with more than two reactors …”

Appendices S. 141-157

„… Parametric optimization problems For x ∈ Rm, v ∈ Rn, denote P (x) as an optimization problem depending on …” „… (x̄), if it satisfies Eq. (D.4). 149 D Parametric optimization problems Definition D.2 (Strict …” „… result can be actually obtained for more general parametric optimization problems (cf. Theorem D.3 in …”

doi.org/10.51202/9783186952035

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Entwurf von thermisch und mechanisch belasteten Bauteilen durch Lasttrennung

Behrend Bode

Reihe: Berichte aus dem iPeG

Band 01/2024 2024

Treffer in den folgenden Teilen:

Literaturverzeichnis S. 102-112

„… .: Efficient topology optimization in MATLAB using 88 lines of code. In:Structural and Multidisciplinary …” „… Optimization 43 (2011), Nr. 1, S. 1–16. – ISSN1615–1488[Arem10] Aremu, A. ; Ashcroft, I. ; Hague, R. ; Wildman …” „… , R. ; Tuck, C. Suitabilityof SIMP and BESO Topology Optimization Algorithms for Additive Manufacture …”

Titelei/Inhaltsverzeichnis S. I-VIII

„… von DassaultSystèmes)BESO Bidirectional Evolutionary Structure OptimizationCAD Computer Aided …” „… Evolutionary Structure OptimizationFE Finite ElementeFEA Finite Elemente AnalyseFVV Forschungsvereinigung …” „… Topology OptimizationLUH Leibniz Universität HannoverMBB Messerschmitt-Bölkow-BlohmPBF-LB Laser Pulverbett …”

8 Schlussbetrachtung S. 98-101

„… leiten.Auf Basis der Bewertung wurde Load Separation Topology Optimization (LSTO) vorgestellt.Der Ansatz …”

7 Ansätze zur Validierung S. 89-97

„… Kolben, nach dem Einsatz im Motorprüfstand, Ausgelegtmit Load Separation Topology Optimization (LSTO)Der …”

A LSTO für Abaqus - Python Kode S. 113-122

„… mesh import *10 from optimization import *11 from job import *12 from sketch import *13 from …”

2 Stand der Forschung S. 3-24

„… StrukturoptimierungDie Methode „Bidirectional Evolutionary Structure Optimization (BESO)“ist ein weiterer An-satz zur …” „… Structure Optimization (ESO) [Xie93] nicht nur Material ent-fernt, sondern kann auch bei Bedarf wieder …”

6 Anwendungsbeispiel S. 62-88

„… Topology OptimizationDer Optimierer wandelt die Struktur in Luft oder Kühlkanäle auf Basis von Spannungs …” „… Topology Optimiza-tion (LSTO)Die vorgestellte Methode wurde im Rahmen des Forschungsprojektes „Innovative …”

5 Implementierung in eine Entwicklungsumgebung S. 50-61

„… ÜberblickGeometrischePhysikalischeUpdateKlassifizierungSetupFEAZielErreicht?ModellierungModellierungCreoAbaqusPythonNeinJaAbbildung 5.1: Umsetzung der Load Separation Topology Optimization (LSTO)Für den Bauteilentwurf wird eine …”

4 Entwerfen von Komponenten durch Lasttrennung S. 28-49

„… SeparationTopology Optimization (LSTO) genannt. Sie unterscheidet zwischen positiven (notwendigen)Lasten (wie …”

doi.org/10.51202/9783959009300

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