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| Finite
Elements
is a set
of Maple
packages
by Prof.
Artur
Portela
of the
New
University
of
Lisbon
for
analysing
physical
structures
using
symbolic
finite-element
models (FEM). |
 |
 |
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|
Finite
Elements
is a set
of Maple
packages
by Prof.
Artur
Portela
of the
New
University
of
Lisbon
for
analysing
physical
structures
using
symbolic
finite-element
models (FEM). |
|
|
| A
package
of Maple
routines
that
automatically
generate
the
kinematic
and
dynamic
equations
in
symbolic
form for
3-D
flexible
multibody
systems. |
|
|
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|
A
package
of Maple
routines
that
automatically
generate
the
kinematic
and
dynamic
equations
in
symbolic
form for
3-D
flexible
multibody
systems. |
| Modelling
and
animation
of
subway
cars |
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Modelling
and
animation
of
subway
cars |
| Units
and
dimensional
management
in Maple
7 |
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Units
and
dimensional
management
in Maple
7 |
| Bending
of a
loading
bridge |
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Bending
of a
loading
bridge |
| 3-D
oscillator
with two
masses,
coupled
by
elastic
springs |
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|
3-D
oscillator
with two
masses,
coupled
by
elastic
springs |
| Aircraft
landing
gear
simulation
and
analysis |
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Aircraft
landing
gear
simulation
and
analysis |
| Aircraft
turbojet |
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Aircraft
turbojet |
| Ball
and
wheel in
non-linear
affine-input
systems |
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Ball
and
wheel in
non-linear
affine-input
systems |
| Beam
analysis |
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Beam
analysis |
| Bending
of a
bridge
under a
moving
load |
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Bending
of a
bridge
under a
moving
load |
| Brake
design
and
costing
I |
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Brake
design
and
costing
I |
| Brake
design
and
costing
II:
creating
the
Maple
package |
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Brake
design
and
costing
II:
creating
the
Maple
package |
| Brake
design
and
costing
III:
calling
the
Maple
package
in
Excel2000 |
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|
Brake
design
and
costing
III:
calling
the
Maple
package
in
Excel2000 |
| Circular
plate
bending |
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Circular
plate
bending |
| Damped
harmonic
oscillators
and
vibration
analysis
in Maple |
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Damped
harmonic
oscillators
and
vibration
analysis
in Maple |
| Designing
an
automobile
suspension
system
with
nonlinear
programming |
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Designing
an
automobile
suspension
system
with
nonlinear
programming |
| Evaluation
of
moments
of
inertia |
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Evaluation
of
moments
of
inertia |
| Flat
plate
bending |
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Flat
plate
bending |
| Four-bar
linkage |
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Four-bar
linkage |
| Fourier
method
for wave
equation |
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Fourier
method
for wave
equation |
| Gear
hobbing
1 |
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Gear
hobbing
1 |
| Gear
hobbing
2 |
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Gear
hobbing
2 |
| Gyroscopic
motion |
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Gyroscopic
motion |
| Hydraulic
system |
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Hydraulic
system |
| Oscillations
of
loading
bridge |
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Oscillations
of
loading
bridge |
| Robot
arm
modeling |
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Robot
arm
modeling |
| Squirrel
cage
induction
motor |
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Squirrel
cage
induction
motor |
| Control
unit for
a
loading
bridge |
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Control
unit for
a
loading
bridge |
| Coupled
harmonic
oscillator |
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Coupled
harmonic
oscillator |
| Damping
problem |
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Damping
problem |
| Double
mass-spring
model |
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Double
mass-spring
model |
| Dynamic
system
analysis
and
design |
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Dynamic
system
analysis
and
design |
| Hammerhead
crane
lifting
heavy
loads |
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Hammerhead
crane
lifting
heavy
loads |
| Joukowski
map |
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|
Joukowski
map |
| Oscillations
of a
liquid
column |
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Oscillations
of a
liquid
column |
| Skydiving |
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Skydiving |
| Tensor
analysis
of
deformation |
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|
Tensor
analysis
of
deformation |
