Prof.Dr.W.Stanek: Automation + Robotics + Mechatronics > Engineering based on Electrodynamics
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Kompakt-Details Systemtechnik Prof. Stanek: Mechatronik, Robotik, Elektrodynamik, Mathematik etc
Information: System Design in the Areas Mechatronics, Robotics, Electrodynamics, Math etc

Rollover-Prinzipien 1.Mechatronik: Anti-Vibrationssystem Kfz, 2.Automation: Sortier & Förderanlage, 3.Robotik: virtual + real Robotics, 4. Elektrodynamik: Äquivalenz Spule + PM, 5. Mathematik: Größen + Operatoren Basis für gesamte Physik. Einsteins Zeitdilatation aus Pythagoras. 6.Mnemotechnik: Fast jede Formel + Differentialgleichung mit Strategie, Naturics Units + Gedächtnis im Kopf.

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Automation + Robotics + Mechatronics
  Engineering based on Electrodynamics + Mathematics

Prof. Dr. Wolfram Stanek
University of Applied Sciences FH Koblenz (Germany), Institute of Engineering

 
Robotics and Electrodynamics


roboter simulation 3-D Mitsubishi RV-M1
Innovations in MECHATRONICS + MAGNETICS + FIELD THEORY + MNEMONICS + MATHEMATICS Mechatronics + Power Learning Seminars at University of Applied Sciences FH Koblenz, Swiss German University - Asia etc


magnetic gripper robot  simulation
Extended Maxwell's equations: Basis of Electrodynamics in Mechatronics ==> For more details click Maxwell's Hand shown below !
+ CAE in MAGNETICS for
New Actuators + Sensors + EMC applications

NEW   QUICK INFORMATION by dynamic roll over PICTURES:

Keep
MOUSE on some pictures => additional animation for
technical system design in virtual robotics and numerical field simulation
.
mechatronics: synchronous motor
mechatronics : motor car production with mechatronic systems
extended Maxwell equations with variations for quantum electrodynamics
mechatronics : new antivibration systems
mechatronics : simulation of switchgears with permanent magnets
development
+ simulation

actuators +
sensors+EMC
for industrial
automation
development
+ simulation

worldwide fast
motor car
production
+ magnetic gripper
in robotics

1. STEP:
IDEAS based on
creativity + mnemonics
+ compact Maxwell quations
+ research electrodynamics
+ FIELD THEORY

development
+ simulation

anti vibration systems
noise + vibration
control
in motor cars

development
+ simulation

switchgears
optimized design
for
energy supply

robot simulation and gripper modifications

virtual and real robotics
virtual robot + teaching box simulation robot + teaching box
development + optimization + realization
(universities EU + Asia)

robotics and automation
new magnetic gripper
Master Thesis Mechatronics at
University of Applied Sciences Koblenz
+
Swiss German University
advisor:
Prof. Dr. W. Stanek

mechatronics : Mind Map of extended Maxwell equations and analogies as a subset of 1 quantum field theory equation including electrodynamics, quantum mechanics and relativity theory
erste analytische Berechnung von W.Stanek eines 4x4x4-Matrix-Raumes
Knowledge Management with different kinds of Mind Maps with Memo Maps

knowledge management
technical + universal
memo maps
+ mind mapping + memory power
+ creative intelligence in mathematics

Diploma Thesis 2006 + further
best industrial works by students etc

Berufsintegrierendes Studium Elektrotechnik - vocational integration study electrical engineering

BIS Elektrotechnik
vocational
(job)
integrating study
1. Study in Germany
realized by
Prof. Dr. W. Stanek

2. STEP:
mind maps + memo maps
extended Maxwell Equations
integrated in mechatronics

mechatronics : computation and simulation of electromagnetic fields

3. STEP:
simulation of new systems
by CAD in MAGNETICS,
computation of
electromagnetic fields,
(C) Prof. Dr. W. Stanek

4. STEP:
prototyping
+ tests & measurements
+ realization
+ industial applications

(C) Prof. Dr. W. Stanek



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"Electrodynamics in Mechatronics" was provided by Wolfram Stanek
at the Technical University Opole (Poland) in 2005 + 2006 + 2007 (update)

Technical University Opole in Poland: Guest Lectures & Seminars for "Electrodynamic Field Theory", "Maxwell's Equations for Industrial Applications in Mechatronics" and "Creative Power Learning" provided by Prof. Wolfram Stanek
These topics are based on lectures at other universities in EU and Asia, i.e. Swiss German University (Java) in 2002 + 2003,
the own book "Electromagnetic transducers and sensors" (expert publishing house) 2002
and a publication for the International Workshop on Research and Education in Mechatronics REM in 2003.

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DOWNLOAD
following PDF-File about Electrodynamics including moved bodies and its applications in Mechatronics:
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CONTACT to Prof. Stanek for MECHATRONICS + MAGNETICS + FIELD THEORY + MNEMONICS
Interdisciplinary websites for a variety of KNOWLEDGE MANAGEMENT + COMMUNICATION SKILLS + Research and Development
Address :
Prof. Dr.-Ing. Wolfram Stanek
E-Mail - contact 1: University     internal:
stanek@fh-koblenz.de
E-Mail - contact 2: University   external:
info@wolfram-stanek.de
D-56075 Koblenz
Konrad-Zuse-Str. 1
FH Koblenz, FB IW, FR E+I, FR M
University of Applied Sciences
.15
     
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  last update of this website: 31.12.2009
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