ANSYS Switzerland GmbH
8005 Zürich, Technoparkstrasse 1 / Zeppelin 3003
+41 44 500 93 60
ANSYS ist der weltweit führende Anbieter von technischen Simulationslösungen und entwickelt, vertreibt und unterstützt Software für Engineering Simulation. Was ANSYS auszeichnet und von anderen professionellen Berechnungsprogrammen abhebt, ist unter anderem seine Multiphysikfähigkeit. Es kann neben Mechanik und Heattransfer ebenso Fluidynamik, Akustik und Elektromagnetik berechnet werden. Auch die gleichzeitige gekoppelte Behandlung dieser physikalischen Aspekte in einer Simulation ist abgedeckt.
ANSYS Switzerland GmbH
Technoparkstrasse 1
8005 Zürich
853 Ergebnisse für "gradient" unter ANSYS Switzerland GmbH
gradient magnitude is returning zero value!!?
... know why gradient is returning a value of zero. Thanks & Regards, abenhadj posted this 2 hours ago ... the gradients. I thought they will be calculated if I use the gradient vector macros. Is it not so ... gradient magnitude is returning zero value!!? ... https://studentcommunity.ansys.com/thread/ gradient-magnitude-is-returning-zero-value/ ... gradient magnitude is returning zero value!!? ...
PCB Capacitor Optimization that Accounts for Gradient Temperatures ...
... +1 844.462.6797 Webinar PCB Capacitor Optimization that Accounts for Gradient Temperatures and DC ... PCB Capacitor Optimization that Accounts for Gradient Temperatures | Ansys Webinar ... https://www.ansys.com/resource-center/webinar/pcb-capacitor- gradient-temps-dc-biasing ... PCB Capacitor Optimization that Accounts for Gradient Temperatures | Ansys Webinar ...
ETH Zürich - Numerische Materialmodellierung
8005 Zürich, Technoparkstrasse 1 / Einstein PFA G 11 (2. OG)
ETH Zürich - Numerische Materialmodellierung
Technoparkstrasse 1
8005 Zürich
1796 Ergebnisse für "gradient" unter ETH Zürich - Numerische Materialmodellierung
Convex Nonparametric Formulation for Identification of Gradient Flo...
... for nonlinear gradient-flow dynamics. In these systems, the vector field is the gradient field of a ... Convex Nonparametric Formulation for Identification of Gradient Flows - Research Collection ... Convex Nonparametric Formulation for Identification of Gradient Flows - Research Collection Header ... Convex Nonparametric Formulation for Identification of Gradient Flows - Research Collection ...
A Projected Gradient and Constraint Linearization Method for Nonlin...
... A Projected Gradient and Constraint Linearization Method for Nonlinear Model Predictive Control ETH ... Bibliography Abstract Projected gradient descent denotes a class of iterative methods for solving optimization ... A Projected Gradient and Constraint Linearization Method for Nonlinear Model Predictive Control ... A Projected Gradient and Constraint Linearization Method for Nonlinear Model Predictive Control ... A Projected Gradient and Constraint Linearization Method for Nonlinear Model Predictive Control ...
Arvato Systems (Schweiz) AG
8005 Zürich, Technoparkstrasse 1 / Kopernikus 6017 (via Lift 3)
+41 44 307 14 05
patrick.pesci@arvato-systems.ch
Arvato Systems (Schweiz) AG
Technoparkstrasse 1
8005 Zürich
Robert Kennedy College AG
8005 Zürich, Technoparkstrasse 1 / Kopernikus 5001 (via Lift 1)
+41 44 445 33 33
zurich@rkc.edu
Robert Kennedy College is a private educational institution in Zürich, Switzerland that was founded in 1998. The College pioneered Swiss quality online learning; we offer rigorous but flexible learning programmes, enhanced by state of the art online e-learning technology that has been developed entirely in-house.
Robert Kennedy College AG
Technoparkstrasse 1
8005 Zürich
3 Ergebnisse für "gradient" unter Robert Kennedy College AG
... .cls-1{fill:#fff;}.cls-2{fill:url(#radial- gradient);}.cls-3{fill:url(#Nuovo_campione_sfumatura_1 ... .cls-1{fill:#fff;}.cls-2{fill:url(#radial- gradient);}.cls-3{fill:url(#Nuovo_campione_sfumatura_1 ...
COMSOL MULTIPHYSICS GmbH
8005 Zürich, Technoparkstrasse 1 / Darwin 3002
+41 44 515 78 00
info-ch@comsol.com
COMSOL is a global provider of simulation software for product design and research. Its COMSOL Multiphysics® product includes functionality for creating physics-based models and simulation applications. Add-on products connect seamlessly via the platform to bring specialized functionality for electromagnetics, structural mechanics, acoustics, fluid flow, heat transfer, and chemical engineering.
COMSOL MULTIPHYSICS GmbH
Technoparkstrasse 1
8005 Zürich
173 Ergebnisse für "gradient" unter COMSOL MULTIPHYSICS GmbH
Simulation of Chemotractant Gradients in Microfluidic Channels to S...
... to simulate molecular gradients in a diffusion based microfluidic gradient generator and how a cell ... reaction into the model and that there is a large difference between the molecular gradient in solution and ... microfluidic gradient generator and how a cell senses these gradients via cell receptors. The results show the ... the molecular gradient in solution and the gradient sensed by the cell. The approach presented here ...
Development and Optimization of a Microfluidic Device for Magnetic ...
... cells becomes sensitive to external magnetic gradient fields. One way of controlling and directing the ... beneath a microfluidic channel [3] and an additional external magnetic gradient field. A current within ... cells becomes sensitive to external magnetic gradient fields. One way of controlling and directing the ... beneath a microfluidic channel [3] and an additional external magnetic gradient field. A current within ...
FARO Swiss Holding GmbH
8200 Schaffhausen, Freier Platz 10 / Newton 5004
+41 52 560 03 10
info@faro.com
We are an imaging company — and an imagining company. We imagine a better, more insightful and capable world realized through 3D digital means and measurement technologies. From the beginning, we’ve been helping our customers make better decisions more quickly and accurately than anyone in the industry. We believe if it can be dreamed, it can be measured. And if it can be measured, it can be realized. PhotoCore is the subsidiary of FARO Technologies and is specialized in photogrammetry and imaging technology.
FARO Swiss Holding GmbH
Freier Platz 10
8200 Schaffhausen
6 Ergebnisse für "gradient" unter FARO Swiss Holding GmbH
... with artifacts This is caused by the Background being set to an Environmental Map or Color Gradient ... Color Gradient with both the Top Color and Bottom Color set to white. The orthoimage will now be ...
Artifacts When Shading Is Enabled - Ortho Image Generator App 2.0 -...
... with artifacts This is caused by the Background being set to an Environmental Map or Color Gradient ... Color Gradient with both the Top Color and Bottom Color set to white. The orthoimage will now be ... by the Background being set to an Environmental Map or Color Gradient. Solution Open SCENE or As ... -Built Modeler and navigate to Settings > Views . Set the Background of the view to Color Gradient with ...
ddrobotec® by Dynamic Devices AG
8005 Zürich, Technoparkstrasse 1 / Werkhalle C 0005
+41 78 944 26 49
info@ddrobotec.com
ddrobotec® by Dynamic Devices is a Swiss sports and health tech company that designs, builds and markets cloud-powered intelligent robotic personal trainers. Its solutions provide cost-effective, personalized performance enhancement and healthcare at scale.
ddrobotec® by Dynamic Devices AG
Technoparkstrasse 1
8005 Zürich
1 Ergebnisse für "gradient" unter ddrobotec® by Dynamic Devices AG
ddrobotec® App Release 2.2 | ddrobotec®
... birth is simplified. Configuration of the user’s weight and height is simplified The colour gradient in ... user’s weight and height is simplified The colour gradient in the app icon is newly re-designed. User ...
Plexim GmbH
8005 Zürich, Technoparkstrasse 1 / Zeppelin 3001
+41 44 533 51 00
info@plexim.com
Plexim is a global leader in simulation software for power electronic systems. Our software, PLECS, enables customers to speed up product development and innovation by reducing design time and cost.Our leadership is based on the latest software technologies and simulation algorithms combined with pioneering concepts for modeling. By carefully listening to engineering experts, we offer our new solutions for our customers' needs, today and tomorrow.Since 2002, our software is the industry standard for power electronics simulation across various industries. Typical applications are renewable energy, automotive, aerospace, industrial and traction drives, and power supplies. Our customers include market leaders such as ABB, Bombardier, Bosch, Danfoss, GE, Philips, Siemens and SMA.With offic
Plexim GmbH
Technoparkstrasse 1
8005 Zürich
2 Ergebnisse für "gradient" unter Plexim GmbH
State flow General question - PLECS User Forum
... way to find gradient of a input signal in these substates ,like "During" substate. I want to find ... find gradient of a input signal in these substates ,like "During" substate. I want to find (input(i+1 ... , during this time logic inside "Exit" section executes ?? (2) Is there a way to find gradient of a input ... current state is executed." > Is there a way to find gradient of a input signal in these substates ,like ...
State flow General question - PLECS - PLECS User Forum
... gradient of a input signal in these substates ,like “During” substate. I want to find (input(i+1)-input(i ... current state is executed."> Is there a way to find gradient of a input signal in these substates ,like ... this time logic inside “Exit” section executes ?? (2) Is there a way to find gradient of a input signal ... action of the current state is executed."> Is there a way to find gradient of a input signal in these ...
Zurich Instruments AG
8005 Zürich, Technoparkstrasse 1 / Edison 2006
+41 44 515 04 10
info@zhinst.com
Zurich Instruments makes instrumentation for quantum computing and periodic signal measurements. Over 170 employees help to advance science by offering expert service and a wide product portfolio: Quantum computing control systems, lock-in amplifiers, phase-locked loops, arbitrary waveform generators, impedance analyzers, digitizers, and boxcar averagers. We are a part of Rohde & Schwarz company.
Zurich Instruments AG
Technoparkstrasse 1
8005 Zürich
102 Ergebnisse für "gradient" unter Zurich Instruments AG
Blog of Romain Stomp – Formation sur les techniques KFM à Grenoble
... mesure sensible au gradient de la force \(dF/dz\), au travers de la mesure de la phase mécanique (e.g. FM ... l’Amplitude (sensible à la Force) ou de la Phase (sensible au Gradient) mécanique, démodulée dans un second ... gradient de la force \(dF/dz\), au travers de la mesure de la phase mécanique (e.g. FM-KFM). C’est une ... la Force) ou de la Phase (sensible au Gradient) mécanique, démodulée dans un second temps à \(\omega ...
Formation sur les Techniques KFM à Grenoble | Zurich Instruments
... . AM-KFM) par rapport à une mesure sensible au gradient de la force \(dF/dz\), au travers de la mesure ... nécessaire pour la mesure de l'amplitude (sensible à la force) ou de la phase (sensible au gradient ... . AM-KFM) par rapport à une mesure sensible au gradient de la force \(dF/dz\), au travers de la mesure ... nécessaire pour la mesure de l'amplitude (sensible à la force) ou de la phase (sensible au gradient ...
FernUniversität in Hagen
https://www.fernuni-hagen.de/schweiz/
58084 Hagen, Central Invoice Receipts / Transfer Süd 1007
+41 44 445 19 45
service.schweiz@fernuni-hagen.de
Die FernUniversität in Hagen ist seit über 40 Jahren eine Spezialistin für lebensbegleitendes Lernen: So erhalten Studierende auch neben Beruf oder Familienarbeit die Chance auf eine qualitativ hochwertige akademische Ausbildung.
FernUniversität in Hagen
Central Invoice Receipts
58084 Hagen
18 Ergebnisse für "gradient" unter FernUniversität in Hagen
Hinweis auf Abschlussarbeiten im Bereich Wirtschaftsinformatik - Fe...
... Learning Algorithmen zum Credit-Scoring Gradient Boosting vs. Neuronale Netze Analyse von Prognosemodellen ... Learning Algorithmen zum Credit-Scoring Gradient Boosting vs. Neuronale Netze Analyse von Prognosemodellen ...
... are equivalent to x− y = n−1∑ i=1 µi(ei − ei+1) ( gradient equations) (6) µi(xi − xi+1) = 0 for all 1 ... ≤ i ≤ n− 1 (7) µi ≤ 0 for all 1 ≤ i ≤ n− 1. (8) The gradient equations may be interpreted as follows ... are equivalent to x− y = n−1∑ i=1 µi(ei − ei+1) ( gradient equations) (6) µi(xi − xi+1) = 0 for all 1 ... ≤ i ≤ n− 1 (7) µi ≤ 0 for all 1 ≤ i ≤ n− 1. (8) The gradient equations may be interpreted as follows ...
