|
|
MECHATRONICS
Engineering based on ELECTRODYNAMICS
|
|
| |
Prof.
Dr. Wolfram Stanek
FH Koblenz University of Applied Sciences (Germany),
Institute of Engineering
|
|
 |
Innovations
in MECHATRONICS + MAGNETICS + FIELD THEORY + MNEMONICS |
 |
+ CAE in MAGNETICS for New
Actuators + Sensors + EMC applications |
| .SELECTION
by dynamic roll over PICTURES |
| =========================>
M E N U <========================= |
|
| |
|
|
|
|
|
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
+ ( relativistic quantum )
FIELD THEORY
|
development
+ simulation
anti vibration systems
noise + vibration
control
in motor cars
|
development
+ simulation
switchgears
optimized design
for
energy supply
|
| |
development
+ simulation (EU+Asia)
|
|
|
| |
new magnetic
gripper in robotics
(Master Thesis Mechatronics SGU-Asia)
|
|
2. STEP:
mind map + memo map
extended Maxwell Equations
integrated in mechatronics
|
| |
3. STEP:
simulation of new systems
by CAD in MAGNETICS,
computation of
electromagnetic fields,
software by
(C) Prof.Dr.W.Stanek
|
4. STEP:
prototyp + test + realization
|
| |
.
|
|
Innovations in MECHATRONICS
+ MAGNETICS + FIELD THEORY + MNEMONICS
|
