https://quickfield.com/seminar/index.htm0.2 https://quickfield.com/seminar/seminar_ac_cond.htm0.8https://quickfield.com/seminar/seminar_ac_cond.jpg AC conduction simulation with QuickField AC conduction module of QuickField FEA software can be used to analyze the electric field caused by time-harmonic voltages and currents on the region boundaries. The dielectric media is assumed to be non-ideal with a small but non-zero electric conductivity. Generally the quantities of interest in AC Conduction analysis are voltages, active and reactive currents, electric fields, Joule losses, capacitances, and electric forces. It can be used to design variety of conductive systems such as capacitors, insulation systems cables, and in other technical applications. https://quickfield.com/seminar/seminar_ac_cond.mp4 2023-06-20 no https://quickfield.com/seminar/seminar_ac_magn.htm0.8https://quickfield.com/seminar/seminar_ac_magn.svg AC magnetic simulation with QuickField QuickField is a powerful tool for AC Magnetic analysis from low to medium frequencies. Eddy currents caused by an alternating magnetic field lead to skin effect and proximity effect, which may be studied using QuickField. AC magnetic field model may be co-simulated with a connected electric circuit. Built-in Circuit Editor allows defining complicated circuit diagrams with include QuickField model blocks, and also connecting wires, resistors, capacitors, inductors and voltage or current sources. During this webinar we will explain how to use QuickField to prepare and solve AC Magnetic problems related to transmission lines, shields, electric motors. We will demonstrate how to display electric and magnetic fields, losses, current distributions and other local and integral results. https://quickfield.com/seminar/seminar_ac_magn.mp4 2022-05-25 no https://quickfield.com/seminar/seminar_actuators.htm0.8https://quickfield.com/seminar/seminar_actuators.svg Actuators simulation with QuickField Design of electromagnetic actuators often requires the electromagnetic field analysis - and here QuickField may be a tool of choice. https://quickfield.com/seminar/seminar_actuators.mp4 2021-01-25 no https://quickfield.com/seminar/seminar_alternating.htm0.8https://quickfield.com/seminar/seminar_alternating.svg Alternating fields simulation with QuickField This webinar is dedicated to QuickField analysis of Time Harmonic alternating fields. For Electric and Magnetic analysis QuickField offers two families of modules - AC and Transient. We will explain the advantages and drawbacks of both approaches, and illustrate this with examples of AC Magnetic, Transient Magnetic, AC Electric, Transient Electric, and Transient Heat transfer simulations. https://quickfield.com/seminar/seminar_alternating.mp4 2022-09-05 no https://quickfield.com/seminar/seminar_apr12.htm0.8https://quickfield.com/seminar/webinar_apr12.gif Teaching Electromagnetism with QuickField (in Spanish) Many of academic examples that can be found in classical textbooks can be easily worked out with QuickField. https://quickfield.com/seminar/ernesto_apr_2011.mp4 2011-04-12 no https://quickfield.com/seminar/seminar_apr28.htm0.8https://quickfield.com/seminar/webinar_apr28.gif QuickField Analysis for Induction heating At this webinar we will show you how to effectively apply the full range of QuickField capabilities for simulating different induction heating problems. As usual, most of presentations will be performed online, as a real-time work with QuickField software. https://quickfield.com/seminar/ihd_intro.mp4 2010-04-28 no https://quickfield.com/seminar/seminar_batel_gabay.htm0.8https://quickfield.com/seminar/seminar_batel_gabay.svg Electroporation-based biopsy Electroporation-based proteome sampling ex vivo enables the detection of brain melanoma protein signatures in a location proximate to visible tumor margins https://quickfield.com/seminar/batel_gabay_1920x960.mp4 2022-08-12 no https://quickfield.com/seminar/seminar_bees.htm0.8https://quickfield.com/seminar/webinar_bees.gif Finite element model of impressed currents in human tissue using QuickField Electric currents, in the microampere range when applied to the body, are known to promote the healing of bones and injured tissues. https://quickfield.com/seminar/quickfield_bees.mp4 2012-09-16 no https://quickfield.com/seminar/seminar_bio.htm0.8https://quickfield.com/seminar/webinar_bio.gif Biophysical Simulations using QuickField Topics include calculating field modulated membrane potentials in external fields. Constructing models of cells surrounded by plasma membranes containing organelles such as mitochondria are discussed. The LabelMover feature is demonstrated in calculating the variation of plasma and organelle membrane potentials as a function of frequency. https://quickfield.com/seminar/claycomb_bio_intro.mp4 2010-12-21 no https://quickfield.com/seminar/seminar_bioimpedance.htm0.8https://quickfield.com/seminar/webinar_bioimpedance.gif Bioimpedance Calculations using QuickField Finite element and electrical circuit models will be developed in QuickField to simulate the response of tissue, cells, and organelles to time harmonic and transient excitations. https://quickfield.com/seminar/claycomb_bioimpedance_intro.mp4 2011-10-26 no https://quickfield.com/seminar/seminar_building_insulation.htm0.8https://quickfield.com/seminar/webinar_building_insulation.png Building thermal insulation simulation with QuickField During this webinar we will demonstrate how to apply QuickField for the thermal simulation of window frames and thermal bridges and how to use automatic procedures to agree with ISO recommendations for equivalent thermal conductivity of the air gaps. https://quickfield.com/seminar/seminar_building_insulation_1280x960.mp4 2016-05-19 no https://quickfield.com/seminar/seminar_busbars.htm0.8https://quickfield.com/seminar/seminar_busbars.svg Effect of power frequency and skin effect on current carrying rods, pipes and channel High voltage substations are a key component in the transmission of electrical power from power generation to commercial and residential use. Subtations have many conductors. Generally, these conductors are made of aluminum pipe. https://quickfield.com/seminar/seminar_busbars.mp4 2022-05-30 no https://quickfield.com/seminar/seminar_c3d.htm0.8https://quickfield.com/seminar/seminar_c3d.svg How C3D Kernel helped QuickField to become a powerful 3D electric analysis tool 3D modules of QuickField use the 3D geometric kernel licensed from C3D Labs https://quickfield.com/seminar/seminar_c3d.mp4 2021-10-14 no https://quickfield.com/seminar/seminar_cables.htm0.8https://quickfield.com/seminar/webinar_cable.png Power cable design with QuickField Power cable design includes many tasks: calculation of electric stress in insulation, determination of the capacitance and inductance of the cable, evaluation of the cable temperature and permitted current level, verification of the withstand capabilities of the cable under short circuit conditions. https://quickfield.com/seminar/power_cable_intro.mp4 2015-03-04 no https://quickfield.com/seminar/seminar_cable_termination.htm0.8https://quickfield.com/seminar/seminar_cable_termination.svg Modeling of Cable Terminations with FEA - QuickField Modeling of Cable Terminations with FEA - QuickField https://quickfield.com/seminar/seminar_cable_termination.mp4 2022-05-12 no https://quickfield.com/seminar/seminar_capacitance.htm0.8https://quickfield.com/seminar/webinar_capacitance.gif Capacitance calculation with QuickField During this webinar you will learn how to effectively apply QuickField simulations for capacitance calculation. https://quickfield.com/seminar/webinar_capacitance_intro.mp4 2012-04-03 no https://quickfield.com/seminar/seminar_capacitance2.htm0.8https://quickfield.com/seminar/webinar_capacitance2.svg Capacitance calculation with QuickField. 3D electrostatics During this webinar you will learn how to effectively apply QuickField simulations for capacitance calculation in 3D https://quickfield.com/seminar/webinar_capacitance2_intro.mp4 2020-07-02 no https://quickfield.com/seminar/seminar_capacitors.htm0.8https://quickfield.com/seminar/webinar_capacitor.png Capacitors simulation with QuickField Capacitor design involves solving of various engineering tasks, which include calculation of the capacitance, estimation of the electric field stresses, leakage currents and losses, analysis of the mechanical and thermal stability. https://quickfield.com/seminar/capacitor_webinar_intro.mp4 2014-12-10 no https://quickfield.com/seminar/seminar_cflow_63.htm0.8https://quickfield.com/seminar/webinar_current_flow_63.png Electric current flow simulation with QuickField 6.3 In this webinar we will discuss using QuickField for analyzing the current flow distribution as a standalone task and as a part of the coupled multiphysical simulation. https://quickfield.com/seminar/cflow_qf63_intro_.mp4 2017-06-02 no https://quickfield.com/seminar/seminar_chemerys1.htm0.8https://quickfield.com/seminar/webinar_chemerys_1.png Methods of scaling for QuickField simulation While simulating the physical field diffusion processes in the space with extremely small or large size, the time duration of these processes may be also extremely short or vastly long. Using the theory of similarity it is possible to convert the problem to the convenient ranges of dimensions and time, while keeping the simulated process progression dynamics similar to real one. https://quickfield.com/seminar/chemerys1.mp4 2016-04-22 no https://quickfield.com/seminar/seminar_circuit.htm0.8https://quickfield.com/seminar/webinar_circuit.png Electric circuit analysis with QuickField QuickField includes easy to use circuit analysis module https://quickfield.com/seminar/webinar_circuit_intro.mp4 2015-04-22 no https://quickfield.com/seminar/seminar_coils.htm0.8https://quickfield.com/seminar/webinar_coils.png Electromagnetic coils simulations with QuickField During this webinar we will demonstrate simulation of one-turn and multi-turn windings, special types of coils used for generating uniform magnetic fields, and coils as parts of the electric circuit. https://quickfield.com/seminar/seminar_coils_intro.mp4 2014-06-25 no https://quickfield.com/seminar/seminar_coreloss.htm0.8https://quickfield.com/seminar/webinar_coreloss.png Iron core loss calculation with QuickField QuickField 6.2 provides comprehensive approach for the magnetic core loss calculation. In AC Magnetic analysis solution is based on Bertotti expression. https://quickfield.com/seminar/coreloss_1280x960_p1_.mp4 2016-10-26 no https://quickfield.com/seminar/webinar_coreloss.png AC Magnetic core losses Core loss calculation at AC excitation. https://quickfield.com/demo/coreloss_1280x960_p3_.mp4 2016-10-26 no https://quickfield.com/seminar/webinar_coreloss.png Transient magnetic core losses Core loss calculation in transient magnetics. https://quickfield.com/demo/coreloss_1280x960_p4_.mp4 2016-10-26 no https://quickfield.com/seminar/seminar_current_flow.htm0.8https://quickfield.com/seminar/webinar_current_flow.png Electric current flow simulation with QuickField In this webinar we demonstrate QuickField applicability for calculation of electric current distribution in conductors of various form. https://quickfield.com/seminar/electric_current_flow.mp4 2015-06-17 no https://quickfield.com/seminar/seminar_data_converter.htm0.8https://quickfield.com/seminar/webinar_dataconverter.png Material data libraries in QuickField During this webinar we will discuss using the material data libraries in QuickField and ways to generate and edit them. https://quickfield.com/seminar/data_converter_1312x1024.mp4 2016-06-21 no https://quickfield.com/seminar/seminar_dc_magn.htm0.8https://quickfield.com/seminar/seminar_dc_magn.svg Magnetostatics simulation with QuickField QuickField is a powerful tool for DC Magnetic analysis. It is possible to model anisotropic materials, non-linear materials, permagnet magnets, superconductors and also use a direct current as a source of magnetic field. This abundance of features allows to simulate varios magnetic devices: solenoids, actuators, motors and others. In this webinar we will review some of the examples of DC Magnetic analysis applications. https://quickfield.com/seminar/seminar_dc_magn.mp4 2022-12-16 no https://quickfield.com/seminar/seminar_earth.htm0.8https://quickfield.com/seminar/webinar_feb24.gif Geophysical and Astrophysical Simulations in QuickField Topics include the simulation of heat transfer in the Earth's mantle, crust and near hydrothermal vents. Astrophysical magnetic sources are simulated including geomagnetic field sources, the Jovian magnetic field and its interaction with Europa. Tidal stresses are simulated including the stress distribution in the ice sheet of Europa due to tidal interaction with Jupiter. https://quickfield.com/seminar/claycomb_earth_intro.mp4 2011-02-24 no https://quickfield.com/seminar/seminar_eddies.htm0.8https://quickfield.com/seminar/seminar_eddies.svg Eddy currents simulation with QuickField Changing magnetic field causes the electric currents in the conductor which produce the magnetic field opposing this change. These currents form loops, and are called Eddie currents. Eddy currents affect many technical applications, in magnetic cores they may greatly increase the power losses and special measures are taken to eliminate them. In other cases, like in electromagnetic brakes or induction pumps, they are the main principle of the device operation. It is often required to analyze the Eddie current distribution and calculate their effects. QuickField is an efficient tool for this kind of analysis, and at this webinar we will explain how to do it. https://quickfield.com/seminar/seminar_eddies.mp4 2021-02-25 no https://quickfield.com/seminar/seminar_electroporation.htm0.8https://quickfield.com/seminar/webinar_electroporation.png Electric fields distribution in heterogeneous tissues under electroporation: numerical modeling using QuickField package Pulsed electric fields increase of biological cell membrane permeability. https://quickfield.com/seminar/electroporation_intro.mp4 2013-09-25 no https://quickfield.com/seminar/seminar_eltimir_peev.htm0.8https://quickfield.com/seminar/seminar_eltimir_peev.jpg Design on an inductive hot-end for FMD 3D-printing using QuickField In this webinar we will design an induction heated hot end for a 3D printer using QuickField. First, the problem is introduced and the motivation for the design presented. https://quickfield.com/seminar/seminar_eltimir_peev.mp4 2025-05-22 no https://quickfield.com/seminar/seminar_fault_current_limiter.htm0.8https://quickfield.com/seminar/fault_current_limiter.png Fault Current Limiter Simulations using QuickField Multiphysics simulations in QuickField model the operation of fault current limiters and controllers. https://quickfield.com/seminar/claycomb_fcl_intro.mp4 2013-01-21 no https://quickfield.com/seminar/seminar_feb3.htm0.8https://quickfield.com/seminar/webinar_feb3.gif QuickField Analysis for High Voltage Applications QuickField can be a powerful tool in predicting potential HV insulation issues during the design phase and avoiding them during the hardware assembly and testing periods when costly design changes and mitigation techniques might be necessary. This webinar will cover a few design examples and show how QuickField can be used in this manner. https://quickfield.com/seminar/ness_intro.mp4 2010-02-03 no https://quickfield.com/seminar/seminar_ferrite_rod_antennas.htm0.8https://quickfield.com/seminar/seminar_ferrite_rod_antennas.jpg Ferrite rod antennas modelling with QuickField We want to have a look on ferrite rods, especially in the application of low frequency antennas. Special aspects are inductance and inductance quality, shielding against E-field-interfering and influence to the wanted signal, directivity, and the shape of the ferrite rod. https://quickfield.com/seminar/seminar_ferrite_rod_antennas.mp4 2023-10-25 no https://quickfield.com/seminar/seminar_film_heaters.htm0.8https://quickfield.com/seminar/seminar_film_heaters.jpg Film heaters modelling with QuickField The film heating method generates joule heat through currents flowing in thin conductive films bonded to non-conductive sheets for insulation and heat dissipation. Conductors can be attached to the surface or made with printed board circuit technology. Film heating products design typically involves determining the distribution of heat power and temperatures for a specific heating element topology and cooling conditions. This webinar is dedicated to heat filter modelling with QuickField. https://quickfield.com/seminar/seminar_film_heaters.mp4 2024-01-19 no https://quickfield.com/seminar/seminar_freetools.htm0.8https://quickfield.com/seminar/webinar_tools.png QuickField free tools During this webinar we will demonstrate you how small tools help to extend QuickField capabilities. https://quickfield.com/seminar/freetools_intro.mp4 2015-01-28 no https://quickfield.com/seminar/seminar_freetools2.htm0.8https://quickfield.com/seminar/webinar_tools2.png QuickField free tools. Part 2 During this webinar we will demonstrate you how small tools help to extend QuickField capabilities. https://quickfield.com/seminar/freetools2_intro.mp4 2019-05-30 no https://quickfield.com/seminar/seminar_giovanni.htm0.8https://quickfield.com/seminar/webinar_giovanni.png Introduction to QuickField (in Italian) Dr. Giovanii Lanciano presents various examples of QuickField simulations mostly related to Transformer design. His presentation is in Italian. https://quickfield.com/seminar/giovanni_768x540.mp4 2014-03-13 no https://quickfield.com/seminar/seminar_giovanni2.htm0.8 https://quickfield.com/seminar/seminar_golberg.htm0.8https://quickfield.com/seminar/webinar_golberg.png Pulsed electric fields for burn wound disinfection. Numerical modeling using QuickField and experimental evidence in mice. Using a finite element numerical model in QuickField, we demonstrate that pulsed electric field (PEF) provides non-thermal, homogeneous, full thickness treatment for the burn wound. https://quickfield.com/seminar/webinar_golberg_intro.mp4 2014-04-08 no https://quickfield.com/seminar/seminar_high_voltage.htm0.8https://quickfield.com/seminar/seminar_high_voltage.jpg High voltage simulations with QuickField Today we will discuss how to use QuickField FEA software for high voltage equipment simulation. https://quickfield.com/seminar/seminar_high_voltage.mp4 2023-11-22 no https://quickfield.com/seminar/seminar_hv_engineering.htm0.8https://quickfield.com/seminar/hv_2018_intro.jpg High voltage engineering simulations with QuickField During this webinar we will demonstrate how to apply QuickField for the engineering simulation of the high voltage systems https://quickfield.com/seminar/hv_2018_intro.mp4 2018-03-21 no https://quickfield.com/seminar/seminar_impedance.htm0.8https://quickfield.com/seminar/webinar_impedance.png PCB impedance calculation with QuickField During this webinar we will discuss different aspects of PCB traces impedance calculation. https://quickfield.com/seminar/pcb_impedance.mp4 2016-05-05 no https://quickfield.com/seminar/seminar_inductance.htm0.8https://quickfield.com/seminar/webinar_inductance.gif Inductance calculation with QuickField Transformers, cables, transmission lines (both power and signal) design and analysis require inductance calculation. https://quickfield.com/seminar/webinar_inductance_intro.mp4 2012-06-26 no https://quickfield.com/seminar/seminar_induction_heating.htm0.8https://quickfield.com/seminar/seminar_induction_heating.jpg Induction heating modelling with QuickField Today, we will explore Induction Heating simulations using QuickField FEA software. We'll demonstrate the most effective methods for simulating induction heating, utilizing both the core features of QuickField and specially developed tools that enhance its functionality. This webinar is the product of a collaboration with Selit S.R.L., a leading designer and manufacturer of induction heating equipment. https://quickfield.com/seminar/seminar_induction_heating.mp4 2024-09-19 no https://quickfield.com/seminar/seminar_induction_motors.htm0.8https://quickfield.com/seminar/seminar_induction_motors.svg Induction motors simulation with QuickField QuickField is not an electric motor design software. It is general purpose FEA system, applicable to a wide range of tasks. But it has all necessary tools to build a model of an induction motor. In this webinar we will look at how to create a rotating magnetic field using boundary conditions or stator winding; we will calculate eddy currents in the rotor, temperature distribution in the stator slot, inductance of the windings. We will find the dependence of the torque on the rotation speed, and also will simulate a linear asynchronous motor. https://quickfield.com/seminar/seminar_induction_motors.mp4 2022-07-25 no https://quickfield.com/seminar/seminar_jan20.htm0.8https://quickfield.com/seminar/webinar_jan20.jpg What is new in QuickField 5.7 QuickField 5.7 features new type of analysis option - transient non-linear electric field simulation, refreshed user interface, and various enhancements in all parts of QuickField software. https://quickfield.com/seminar/qf57_intro.mp4 2010-01-20 no https://quickfield.com/seminar/seminar_joule_heat.htm0.8https://quickfield.com/seminar/seminar_joule_heat.jpg Joule heating calculation with QuickField Joule heating is the process of the heat generation due to the passage of an electric current through the conductive media. QuickField is a powerful instrument which allows accurate analysis of the temperature effects of Joule heating. In this webinar we will discuss how to simulate various electrical and thermal engineering problems where Joule Heating should be taken into account. https://quickfield.com/seminar/seminar_joule_heat.mp4 2023-07-20 no https://quickfield.com/seminar/seminar_june2.htm0.8https://quickfield.com/seminar/webinar_june2.gif QuickField analysis for Electromagnetic Plunger design Mr. Olivier Colin from Ocsimize will show QuickField analysis for electromagnetic plunger design. He will demonstrate how to modify the model parameters to meet the design specifications, how to perform virtual tests with QuickField, and how to validate the design to avoid or minimize the needs for costly physical prototyping and tests. https://quickfield.com/seminar/oliver_eng_june2.mp4 2010-06-02 no https://quickfield.com/seminar/seminar_july14.htm0.8https://quickfield.com/seminar/webinar_july14.gif QuickField analysis for Superconductors Meissner effect resulting in the expulsion of magnetic flux from superconductors with different geometries. Zero-field-cooled and field-cooled boundary conditions are demonstrated along with the calculation of superconducting surface current density and inductance. Type I and Type II superconductors, superconducting flux focusers. https://quickfield.com/seminar/claycomb_superconductor_intro.mp4 2010-07-14 no https://quickfield.com/seminar/webinar_july14.gif Superconducting disc Changing edges conditions. Mechanical torque working on the superconductor disc. Parametric, serial analysis with LabelMover. Setting parameters for rotating. Deviation of the field. https://quickfield.com/demo/superconductor_disc_xy.mp4 2010-07-14 no https://quickfield.com/seminar/webinar_july14.gif Hollow superconducting shells Ring superconductor in x-y symmetry. Field-cooled boundary condition vs. zero-field-cooled boundary condition. https://quickfield.com/demo/superconductor_ring_xy.mp4 2010-07-14 no https://quickfield.com/seminar/webinar_july14.gif Superconductor BH curve Type I and type II superconductivity. Magnetization curves. Non-linear B-H characteristics https://quickfield.com/demo/superconductor_nonlinear_disc.mp4 2010-07-14 no https://quickfield.com/seminar/webinar_july14.gif Superconducting ring levitation Modeling field penetration in superconductors. Illustrating superconductor levitation. https://quickfield.com/demo/superconductor_levitation_ring.mp4 2010-07-14 no https://quickfield.com/seminar/webinar_july14.gif Superconductor mechanical stress Coupled problem simulation magnetostatics - stress analysis https://quickfield.com/demo/superconductor_ring_stress.mp4 2010-07-14 no https://quickfield.com/seminar/webinar_july14.gif Layered superconducting and permeable shields Discussion of superconducting and permeable shields. https://quickfield.com/demo/superconductor_layered_shields.mp4 2010-07-14 no https://quickfield.com/seminar/seminar_line_coupling.htm0.8https://quickfield.com/seminar/seminar_line_coupling.jpg Electric & magnetic coupling effects on lines Through a series of QuickField simulations (AC Conduction and AC Magnetics), the efficiency of various shielding strategies is demonstrated, simulation data is compared with analytical formulas for capacitive and inductive loads, and the impact of frequency and ground plane configurations on overall signal integrity is analyzed. https://quickfield.com/seminar/seminar_line_coupling.mp4 2026-04-15 no https://quickfield.com/seminar/seminar_liquids.htm0.8https://quickfield.com/seminar/webinar_liquids.png Levelmeter, part1 The level is measured by a simple potentiometric method https://quickfield.com/seminar/levelmeter.mp4 2013-02-18 no https://quickfield.com/seminar/seminar_liquids_2.htm0.8https://quickfield.com/seminar/webinar_liquids_2.png Levelmeter, part 2 Special cases in liquid level measurement: high-conductivity liquid, low conductivity liquid with high permittivity, non-cylindrical vessels https://quickfield.com/seminar/levelmeter_2.mp4 2013-04-10 no https://quickfield.com/seminar/seminar_mar3.htm0.8https://quickfield.com/seminar/webinar_mar3.gif QuickField Analysis for Electro-Thermal Design This webinar presents some methods for handling non-linear and temperature dependent electromagnetic properties, and cross-coupling QuickField magnetic and thermal solvers along with analytical methods to more completely predict the performance of wound components. An elementary ferrite cored inductor has been selected to demonstrate the methods. https://quickfield.com/seminar/dickson_etd_intro.mp4 2010-03-03 no https://quickfield.com/seminar/seminar_mar31.htm0.8https://quickfield.com/seminar/webinar_mar31.gif QuickField Analysis for Electric machines design During this webinar you will see how to effectively apply various types of QuickField simulations for electrical machines design. https://quickfield.com/seminar/elmach_intro_800x560.mp4 2010-03-31 no https://quickfield.com/seminar/seminar_mechanics.htm0.8https://quickfield.com/seminar/webinar_mechanics.png Stress analysis with QuickField QuickField Mechanical Stress analysis module is an easy possibility to solve a wide range of practical engineering tasks https://quickfield.com/seminar/webinar_mechanics_intro.mp4 2015-05-13 no https://quickfield.com/seminar/seminar_mems.htm0.8https://quickfield.com/seminar/webinar_mems.png Microelectromechanical systems simulation using QuickField During this webinar we will demonstrate how to apply QuickField for the simulation of the microelectromechanical systems. https://quickfield.com/seminar/mems_webinar_intro.mp4 2017-12-04 no https://quickfield.com/seminar/seminar_microfluidic.htm0.8https://quickfield.com/seminar/webinar_microfluidic.gif Lab-On-a-Chip (LOC) Biophysical Simulation: Modeling Microfluidic Systems in QuickField During this webinar various aspects of the microfluidic systems simulation will be discussed. https://quickfield.com/seminar/microfluidic_sep27.mp4 2011-09-27 no https://quickfield.com/seminar/seminar_multiphysics.htm0.8https://quickfield.com/seminar/webinar_multiphysics.svg Multiphysic analysis with QuickField To handle Multiphysics problems QuickField has a built-in mechanism of coupled analysis, where results of one problem are used as input data for other simulation. https://quickfield.com/seminar/multiphysics_webinar_intro.mp4 2020-08-03 no https://quickfield.com/seminar/seminar_oct12.htm0.8https://quickfield.com/seminar/webinar_oct12.gif QuickField Analysis for Non-Destructive Evaluation simulations Prof. Claycomb speaks about eddy current NDE, SQUID-based NDE systems, stress analysis near fatigue cracks and NDE using remnant magnetization and simulation of pipe inspection. https://quickfield.com/seminar/claycomb_ndt_intro.mp4 2010-10-12 no https://quickfield.com/seminar/seminar_optimization.htm0.8https://quickfield.com/seminar/webinar_optimization.png Optimization analysis with QuickField Optimization analysis with QuickField is possible using built-in tools and additional external programs. During this webinar we will show you how to use the parametric utility LabelMover for the model parameter optimization. For more advanced applications we will demonstrate how to connect the external optimization algorithm using the simple script which implements Monte-Carlo method. https://quickfield.com/seminar/optimization_intro.mp4 2014-07-15 no https://quickfield.com/demo/optimization_pipe_labelmover.png Optimization analysis with QuickField Optimization analysis with QuickField is possible using built-in tools and additional external programs. We will use parametric utility LabelMover for the model parameter optimization. https://quickfield.com/demo/optimization_pipe_labelmover.mp4 2014-07-15 no https://quickfield.com/demo/optimization_actuator_labelmover.png Electromagnetic plunger optimization Optimization analysis with QuickField is possible using built-in tools and additional external programs. We will use parametric utility LabelMover for the model parameter optimization. https://quickfield.com/demo/optimization_actuator_labelmover.mp4 2014-07-15 no https://quickfield.com/demo/optimization_dyno_labelmover.png Dynamo wrench optimization Optimization analysis with QuickField is possible using built-in tools and additional external programs. We will use parametric utility LabelMover for the model parameter optimization. https://quickfield.com/demo/optimization_dyno_labelmover.mp4 2014-07-15 no https://quickfield.com/seminar/seminar_particle.htm0.8https://quickfield.com/seminar/webinar_particles.png QuickField simulations for electron/ion optics During this webinar we will explain how to use QuickField for calculating the charged particle trajectories in electromagnetic fields. https://quickfield.com/seminar/webinar_particles_intro.mp4 2014-06-11 no https://quickfield.com/seminar/seminar_pcb_design.htm0.8https://quickfield.com/seminar/webinar_pcb_design.svg PCB design with QuickField During this webinar we will discuss different aspects of printed circuit board design https://quickfield.com/seminar/pcb_design_intro.mp4 2020-08-28 no https://quickfield.com/seminar/seminar_pickup.htm0.8https://quickfield.com/seminar/webinar_pickup.png Basic analysis of magnetic pickup evaluated with QuickField The basic principles of magnetic pickup sensor operation are shown. https://quickfield.com/seminar/seminar_pickup_intro.mp4 2013-11-05 no https://quickfield.com/seminar/seminar_physics_laws.htm0.8https://quickfield.com/seminar/webinar_physics_law.png Physical laws simulation with QuickField At this webinar we show live simulations of the basic laws of electricity, mechanics and heat transfer. https://quickfield.com/seminar/physical_laws_intro.mp4 2019-04-25 no https://quickfield.com/seminar/seminar_pm.htm0.8https://quickfield.com/seminar/webinar_pm.png Permanent magnets simulation with QuickField At this webinar we will show novice users various ways of defining the magnets in QuickField, explain how to calculate the magnetic forces, and demonstrate the presentation options for displaying magnetic simulation results. https://quickfield.com/seminar/webinar_pmagnet_intro.mp4 2013-05-27 no https://quickfield.com/seminar/seminar_popa.htm0.8https://quickfield.com/seminar/webinar_popa.png Analyse d'un systeme de jeux de barres blindes a l'aide du logiciel QuickField The busbars are used to establish the connection between the generator and the transformer in a power plant. https://quickfield.com/seminar/ioan_popa_1280x864.mp4 2014-04-15 no https://quickfield.com/seminar/seminar_power_cables.htm0.8https://quickfield.com/seminar/seminar_power_cables.jpg Power cable simulation with QuickField Today we speak about advanced topics in cable design, including simulation of the sheath currents in the cross bonded cable, dielectric losses in the cable insulation, methods for reducing the electric stress in the cable termination, and static or transient thermal analysis of underground cables. These tasks require extensive use of different analysis formulations, including AC Conduction, AC Magnetics, Heat transfer for specific simulation tasks and Multiphysics coupling for combined use of these modules. https://quickfield.com/seminar/seminar_power_cables.mp4 2023-08-22 no https://quickfield.com/seminar/seminar_programming.htm0.8https://quickfield.com/seminar/webinar_programming.png Programming with QuickField. Part 1 QuickField is a very efficient platform for developing the custom engineering applications, utilizing FEA engine. https://quickfield.com/seminar/webinar_programming_intro.mp4 2012-10-18 no https://quickfield.com/seminar/seminar_programming_2.htm0.8https://quickfield.com/seminar/webinar_programming2.png Programming with QuickField. Part 2 QuickField is a very efficient platform for developing the custom engineering applications, utilizing FEA engine. https://quickfield.com/seminar/quickfield_programming2_intro.mp4 2019-09-17 no https://quickfield.com/seminar/seminar_proximity.htm0.8https://quickfield.com/seminar/webinar_proximity.png Proximity- and Skin-Effect evaluated with QuickField Discussion of physical processes caused by high frequency currents in vicinity of the conductive media https://quickfield.com/seminar/proximity_and_skin_webinar.mp4 2013-06-27 no https://quickfield.com/seminar/seminar_pulsedpower.htm0.8https://quickfield.com/seminar/webinar_pulse.png Pulsed power applications simulation with QuickField During this webinar we will demonstrate how to use QuickField for the pulse power technology components simulation. https://quickfield.com/seminar/pulsed_power_intro.mp4 2014-08-12 no https://quickfield.com/seminar/seminar_qf58.htm0.3https://quickfield.com/seminar/webinar_qf58.gif What is new in QuickField 5.8 New version QuickField 5.8 expands functionality for magnetic field analysis and offers new tools for reviewing and modifying the properties of the geometric model. https://quickfield.com/seminar/qf58_intro.mp4 2010-11-09 no https://quickfield.com/seminar/seminar_qf59.htm0.3https://quickfield.com/seminar/webinar_qf59.gif What is new in QuickField 5.9 New version QuickField 5.9 introduces temperature-dependent electrical conductivity, magnetic state import into AC Magnetic problems, and other improvements. https://quickfield.com/seminar/qf59_intro.mp4 2011-11-29 no https://quickfield.com/seminar/seminar_qf510.htm0.3https://quickfield.com/seminar/webinar_qf510.gif What is new in QuickField 5.10 New version QuickField 5.10 is coming soon. It features enhanced mesher and expands functionality of magnetic state import from DC magnetic problems. https://quickfield.com/seminar/qf510_intro.mp4 2012-05-29 no https://quickfield.com/seminar/seminar_qf60.htm0.3https://quickfield.com/seminar/webinar_qf60.png What is new in QuickField 6.0 QuickField 6.0 introduces our first step into 3D world - 3D extruded electrostatics. https://quickfield.com/seminar/webinar_qf60_intro.mp4 2013-10-25 no https://quickfield.com/seminar/seminar_qf61.htm0.5https://quickfield.com/seminar/webinar_qf61.png What is new in QuickField 6.1 QuickField 6.1 features importing 3D geometry using the STEP file format for Electrostatics problems. https://quickfield.com/seminar/qf61_intro.mp4 2016-01-27 no https://quickfield.com/seminar/seminar_qf62.htm0.8https://quickfield.com/seminar/webinar_qf62.png What is new in QuickField 6.2 QuickField 6.2 features 3D Heat transfer and 3D DC conduction analysis types https://quickfield.com/seminar/qf62_intro.mp4 2016-09-14 no https://quickfield.com/seminar/seminar_qf63.htm0.8https://quickfield.com/seminar/webinar_qf63.png What is new in QuickField 6.3 QuickField 6.3 extends the 3D postprocessor capabilities, introduces new ways of initial temperature specification in transient heat transfer problems and adds options for DXF import procedure. https://quickfield.com/seminar/qf63_intro_.mp4 2017-02-16 no https://quickfield.com/seminar/seminar_qf631.htm0.8https://quickfield.com/seminar/webinar_qf631.png QuickField 6.3 SP1 analysis capabilities QuickField 6.3 SP1 is a powerful, but very user-friendly package for electromagnetic, heat transfer and stress analysis simulations. At this webinar we will show how to apply it to various types of problems. https://quickfield.com/seminar/qf631_intro.mp4 2018-03-07 no https://quickfield.com/seminar/seminar_qf632.htm0.8https://quickfield.com/seminar/webinar_qf632.png QuickField 6.3 SP2 Service pack 2 New features were added - possibility to define the coercive force of magnets not only as a constant, but also as a function of coordinate and time https://quickfield.com/seminar/qf632_intro.mp4 2018-11-15 no https://quickfield.com/seminar/seminar_qf64.htm0.8https://quickfield.com/seminar/webinar_qf64.png QuickField 6.4 New features were added - 3D multibody import from CAD https://quickfield.com/seminar/qf64_intro.mp4 2020-04-15 no https://quickfield.com/seminar/seminar_sensor.htm0.8https://quickfield.com/seminar/webinar_sensor.png Design of a capacitance sensor for void fraction measurement using QuickField Design of a capacitance sensor for void fraction measurement using QuickField https://quickfield.com/seminar/tobi_1856x960.mp4 2016-10-21 no https://quickfield.com/seminar/seminar_sensor_de.htm0.3https://quickfield.com/seminar/webinar_surface_charges.png Entwicklung eines Kapazitätssensors zur Gasgehaltsmessung unter Ver-wendung von QuickField In diesem Webinar wird gezeigt, dass QuickField genutzt werden kann, um solch einen Kapazitätssensor hinsichtlich seiner Sensitivität zu optimieren. Zudem wird gezeigt, wie mit Hilfe von QuickField die Kalibrierkurve eines Kapazitätssensors ermittelt werden kann. https://quickfield.com/seminar/tobi_1856x1024_de.mp4 2016-10-21 no https://quickfield.com/seminar/seminar_shielding.htm0.8https://quickfield.com/seminar/webinar_shielding.gif QuickField for Electromagnetic Shielding Applications The use of QuickField for shielding low frequency AC, static, and electromagnetic noise sources will be modeled. Examples include power line (50 or 60 Hz and harmonics), the geomagnetic field and its variations, lightning, stray fields from electric motors, and electromagnetic pulse (EMP) resulting from nuclear detonation. The shielding properties of various conducting, permeable and superconducting material combinations will be demonstrated. https://quickfield.com/seminar/claycomb_shielding_intro.mp4 2011-06-14 no https://quickfield.com/seminar/seminar_speakers.htm0.8https://quickfield.com/seminar/seminar_speakers.svg Loudspeaker simulation with QuickField Loudspeaker may be considered as an electro-acoustical transducer, device which transforms electromagnetic energy to acoustic energy. Electrical audio signals from microphone or recording equipment should be transformed to vibrations of some membrane, which pushes the air forth and back and causes the air waves which are heard by our ears. There are many different physical principles, used in such devices. We will show you planar electrostatic, planar magnetostatic and dynamic cone loudspeaker models. https://quickfield.com/seminar/seminar_speakers.mp4 2022-02-25 no https://quickfield.com/seminar/seminar_surface_charges.htm0.8https://quickfield.com/seminar/webinar_surface_charges.png Surface charges simulation with QuickField (in Spanish) Presence of surface charges and their role in current carrying conductors. https://quickfield.com/seminar/webinar_surface_charges.mp4 2013-04-25 no https://quickfield.com/seminar/seminar_synchronous_generators.htm0.8https://quickfield.com/seminar/seminar_synchronous_generators.svg Synchronous generators simulation with QuickField QuickField is a powerful design and analysis tool for various types of electric machines. Synchronous generators used in hydro and nuclear power plants, wind turbines, and automobiles are a very important class of electric machines. Today we will demonstrate how to use QuickField software for synchronous electric generator simulation and parameter evaluation. https://quickfield.com/seminar/seminar_synchronous_generators.mp4 2023-01-25 no https://quickfield.com/seminar/seminar_thermal.htm0.8https://quickfield.com/seminar/webinar_thermal.png Thermal engineering with QuickField This webinar will show novice users how to set up the thermal problem with thermal conduction within the model and convection, radiation at the model surfaces. https://quickfield.com/seminar/webinar_thermal_engineering_intro.mp4 2013-04-23 no https://quickfield.com/seminar/seminar_tline.htm0.8https://quickfield.com/seminar/webinar_tline.png Power transmission lines simulation with QuickField During this webinar we will show how to simulate transmission lines and calculate it parameters (inductance, capacitance). https://quickfield.com/seminar/tline_webinar_intro.mp4 2014-10-15 no https://quickfield.com/seminar/seminar_tline2.htm0.8https://quickfield.com/seminar/seminar_tline2.jpg Power transmission lines simulation with QuickField How to use QuickField for tasks related to power transmission lines design. https://quickfield.com/seminar/webinar_tline2_intro.mp4 2020-10-23 no https://quickfield.com/seminar/seminar_touch_sensors.htm0.8https://quickfield.com/seminar/seminar_touch_sensors.svg Touch sensors simulation with QuickField Touch sensors are modern interface solutions for many practical applications. They detect the position of the finger, or stylus, pointed to visual controls on the screen. These sensors are based on various physical principles, and in this webinar we will discuss capacitive and inductance sensors. Capacitive sensors use measurements of the electric charges and voltages on electrodes affected by presence of the operator finger or stylus in their vicinity, while the inductive sensor measures the change in the inductance of the coil due to finger pressure to the conductive foil near it. QuickField is widely used to simulate the touch sensors and today we will prove that it is a good tool for sensor design and analysis. https://quickfield.com/seminar/seminar_touch_sensors.mp4 2022-11-10 no https://quickfield.com/seminar/seminar_transformer.htm0.8https://quickfield.com/seminar/webinar_transformer.png Transformers simulation with QuickField During this webinar we will show you how to simulate the transformers under no-load, asymmetrical load and short circuit conditions, and how to analyze the electrical stresses in the insulation, temperature and mechanical stresses in the windings. https://quickfield.com/seminar/trans_webinar_intro.mp4 2014-09-10 no https://quickfield.com/seminar/seminar_transformer2.htm0.8https://quickfield.com/seminar/seminar_transformer2.jpg Transformers simulation with QuickField During this webinar we will show how to calculate electric stresses in a transformer winding, connect an electric circuit load to a transformer, simulate a magnetic field in a core joint, and calculate stray flux. https://quickfield.com/seminar/webinar_transformer2_intro.mp4 2020-09-25 no https://quickfield.com/seminar/seminar_transient_problems.htm0.8https://quickfield.com/seminar/seminar_transient_problems.jpg Transient problems modelling with QuickField This webinar will cover how to use QuickField for transient electric, transient electromagnetic, and transient heat transfer studies. Transient analysis is always more complicated than corresponding static analysis, it may require time integration parameters adjustment, adding a static problem for specifying initial conditions, and employing extra postprocessor visualization techniques. All of this will be covered today. https://quickfield.com/seminar/seminar_transient_problems.mp4 2023-09-20 no