[LSL09] - Lehrstuhl 3 - Fakultät für Informatik - TU Dortmund

[LSL09] - Lehrstuhl 3 - Fakultät für Informatik - TU Dortmund Sprungmarken zum Hauptinhalt zum Nebeninhalt zur Hauptnavigation zur Bereichsnavigation zur Servicenavigation Servicenavigation English Sitemap [...] Lehre Mitarbeiter Publikationen Intern Sie sind hier: TU Dortmund > Fakultät für Informatik > Lehrstuhl 3 > Publikationen > [LSL09] Bereichsnavigation Publikationen + Projektbezogen Veröffentlichungsart Hauptinhalt [...] erfolgenden realitätsnahen Evaluierung im MATSim Simulator. Anmerkungen bitte per Mail an webadmin at ls3.cs.tu-dortmund.de Seite bearbeiten Zuletzt geändert am 11.03.2022 18:05 Datenschutz Impressum …

[WeB03a] - Lehrstuhl 3 - Fakultät für Informatik - TU Dortmund

[WeB03a] - Lehrstuhl 3 - Fakultät für Informatik - TU Dortmund Sprungmarken zum Hauptinhalt zum Nebeninhalt zur Hauptnavigation zur Bereichsnavigation zur Servicenavigation Servicenavigation English Sitemap [...] Lehre Mitarbeiter Publikationen Intern Sie sind hier: TU Dortmund > Fakultät für Informatik > Lehrstuhl 3 > Publikationen > [WeB03a] Bereichsnavigation Publikationen + Projektbezogen Veröffentlichungsart H [...] eines Raumes) über Computer zu organisieren. Download Anmerkungen bitte per Mail an webadmin at ls3.cs.tu-dortmund.de Seite bearbeiten Zuletzt geändert am 11.03.2022 17:58 Datenschutz Impressum …

KOMDAT31 17.vp

erwartenden Ausgabensteigerungen aufgrund des Ausbaus der Angebote für unter 3-Jährige weitgehend ausgeblieben. -3 -2 -1 0 1 2 3 4 Kindertages- betreuung Hilfen zur Erziehung (familienunterstützend) Hilfen [...] len 31.997 23.834 8.163 6,9 -1 Schleswig-Holstein 5.890 4.310 1.580 8,3 0,7 Bremen 1.696 1.404 292 10,6 1,3 Bayern 35.066 31.091 3.975 10,8 2,6 Baden-Württemberg 33.027 26.978 6.049 11,6 2,8 Rheinland-Pfalz [...] 1 1,9 Hessen 19.747 15.759 3.988 12,4 3,4 Hamburg 10.457 8.286 2.171 22,2 1,1 Sachsen 34.104 31.182 2.922 34,6 1,2 Thüringen 18.824 18.216 608 37,5 -0,4 Berlin 34.535 31.363 3.172 39,8 1,9 Brandenburg 23 …

Numerical optimisation of damage in extrusion processes

DAMAGE OPTIMISATION 2.1 | Academic application 2.2 | Industrial application 3 | RESULTS 3.1 | Simulation and optimisation setup 3.2 | Optimisation with a variable mandrel radius 4 | SUMMARY AND OUTLOOK A [...] plastic forming, that is, the moment at which damage evolves throughout the forming process, compare [3]. 3.2 Optimisation with a variable mandrel radius The chosen design variables for the optimisation problem [...] iteration 3 is achieved by reducing the mandrel and final radius, respectively. After this initial change, the radii show some positive and negative adjustments up to iteration 12. 16177061, 2023, 3, D ow …

092 S1: -15,565 S6: -9,840 S3: -3,881 Figure 3: Clock Drift Against Master Clock Measuring the Clock Drift. Between a master M and slaves S1, S2, S3, S4, S5, S6 (see fig.3) unicast messages were sent from [...] 3000 4000 5000 6000 10 0 10 2 10 3 10 5 10 6 10 8 10 9 11 1 11 2 11 4 11 5 Communication Delays [usec] N um be r of A rr iv al s UC-Node-S3 UC-Node-S5 UC-Node-S6 BC-Node-S3 BC-Node-S5 BC-Node-S6 Figure 2: [...] according to the scheme in fig.1, without placing a time stamp on the return mes- sage. For 3 slave nodes S3, S5, S6 (out of 6 in our envi- ronment) and a master node M the resulting communica- tion delays …

A

shown in Figure 3. The outer diameter was 38 mm, and the inner diameter was 12 mm. The length of the working zone was 14 mm. 8th International Conference on High Speed Forming – 2018 3 8 84 3 8 1 2 Figure [...] fields also added a Joule heating term which is given by equation (3). 2 Q Jr= (3) Where Q is the heat generated per unit volume (in W/m3), J is the current density (in A/m2), and ʍ is ÔÈÅ ÓÐÅÃÉÆÉÃ ÅÌÅÃÔÒÉÃÁÌ [...] linear polynomial equation of state given by equation (2) was used (Vahedi & Khazraiyan, 2004). 2 3 2 1 2 3 4 5 6 ( )o oP c c c c E c c cm m m m m= + + + + + + (2) In equation (2), P is pressure, 1 6,  ,  …

Dokumentenvorlage fuer ICHSF04

Forming – 2018 3 Predictive Model for Energy Deposition 3.1 Governing Equations The average heating rate is an important parameter for proper prediction of the energy deposition (Fig. 3). Key to estimating [...] energy (1.3 kJ  0E 8.8 kJ). In addition, the geometry of the rectangular “active” region (the central constricted area of the dogbone-shaped aluminum foil actuators – density γ = 2.7 g/cm3) was varied [...] in the literature, , can be recognized. The equation describing the trend line in Fig. 3 is , covering a range of 3·108 J/(g·s) 6·109 J/(g·s) with . Two possible reasons for the scattering can be given …

sets: • CS1 = {{I1, I2}, {I1}, {I2}, {I3}} • CS2 = {{I1, I2, I3}, {I1, I2}, {I1}, {I2}, {I3}} • CS3 = {{I1, I2, I3}, {I1}, {I2}, {I3}} Assume that supp({I1, I2, I3}) = supp({I1, I2}) + 1. It is very well [...] formalised in lemma 3.1. Lemma 3.1. Let I be a set of items and db a database of transactions over I. Moreover, let J and K be two Standard(I, db) 1 foreach I ! I 2 freq(I) := support of I in db 3 Res := I ordered [...] it is not the whole story. Because, what happens if we now add an item set J3 before J2 such that: • J1 ) J3 = * and • J2 ) J3 '= *. The frequency of J2 will go down, while the frequency of J1 will go up …