Virtual Prototyping & Bio Manufacturing in Medical Applications
Editat de Bopaya Bidanda, Paulo Jorge Bártoloen Limba Engleză Paperback – 7 oct 2014
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Specificații
ISBN-13: 9781489973597
ISBN-10: 1489973591
Pagini: 320
Dimensiuni: 155 x 235 x 17 mm
Greutate: 0.45 kg
Ediția:2008
Editura: Springer Us
Colecția Springer
Locul publicării:New York, NY, United States
ISBN-10: 1489973591
Pagini: 320
Dimensiuni: 155 x 235 x 17 mm
Greutate: 0.45 kg
Ediția:2008
Editura: Springer Us
Colecția Springer
Locul publicării:New York, NY, United States
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Public țintă
ResearchDescriere
We
are
especially
pleased
to
present
our
edited
book
in
an
area
that
is
quickly
emerging
as
one
of
the
most
active
research
areas
that
integrate
both
engineering
and
medicine.
Preliminary
research
results
show
signi?cant
potential
in
effecting
major
breakthroughsranging
from
a
reduction
in
the
number
of
corrective
surgeries
needed
to
the
‘scienti?c
miracle’
of
generating
tissue
growth.
Over
$600
million
has
been
in
invested
in
tissue
engineering
last
year
alone—a
large
and
signi?cant
component
of
this
is
in
the
area
of
virtual
and
physical
prototyping.
Virtual
&
Physical
prototyping
can
broadly
be
divided
into
three
categories:
Modeling,
Manufacturing&
Materials.
This
book
focuses
on
the
?rst
part
and
some
areas
of
the
second.The
second
bookin
this
series
will
focuson
the
areas
in
the
s-
ondandthird
categories.As
youwill
see
fromthis
book,the
principlesutilizeddraw
heavily
from
the
more
traditional
engineering?elds
including
mechanical
engine-
ing,
industrial
engineering,
civil
engineering
(structures),
electrical
engineering
and
bio
engineering.
The
?rst
chapter
by
Winder
provides
an
insight
into
the
practicalities
of
creating
custom
made
implants
for
the
skull
details.
The
concept
of
cranioplasty,
describing
the
correction
of
a
bone
defect
or
deformity
in
the
cranium
using
a
bio-compatible
material,
is
described
and
explored
from
a
computational
point
of
view
In
Chapter
2,
Ming
Leu
and
his
group
of
researchers
review
the
use
of
virtual
reality
technology
for
the
development
of
a
virtual
bone
surgery
system,
which
can
be
used
for
training
in
orthopedic
surgery
and
planning
of
bone
surgery
procedures.
Cuprins
Computer
Assisted
Cranioplasty.-
Virtual
Bone
Surgery.-
Medical
Imaging
Challenges
Photogrammetry.-
Computer
Aided
Tissue
Engineering
Scaffold
Fabrication.-
CAD
Assembly
Process
for
Bone
Replacement
Scaffolds
in
Computer-Aided
Tissue
Engineering.-
Computational
Design
and
Simulation
of
Tissue
Engineering
Scaffolds.-
Virtual
Prototyping
of
Biomanufacturing
in
Medical
Applications.-
Advanced
Processes
to
Fabricate
Scaffolds
for
Tissue
Engineering.-
Rapid
Prototyping
to
Produce
POROUS
SCAFFOLDS
WITH
CONTROLLED
ARCHITECTURE
for
Possible
use
in
Bone
Tissue
Engineering.-
Laser
Printing
Cells.-
Selective
Laser
Sintering
of
Polymers
and
Polymer-Ceramic
Composites.-
Design,
Fabrication
and
Physical
Characterization
of
Scaffolds
Made
from
Biodegradable
Synthetic
Polymers
in
combination
with
RP
Systems
based
on
Melt
Extrusion.
Textul de pe ultima copertă
Virtual
and
physical
prototyping
is
rapidly
emerging
as
an
active
research
area
that
integrates
fundamental
principles
of
engineering
with
a
view
towards
solving
complex
problems
in
the
human
body
in
a
medical
environment.
Preliminary
research
results
show
significant
potential
in
effecting
major
breakthroughs
ranging
from
a
reduction
in
the
number
of
corrective
surgeries
needed
to
the
‘scientific
miracle’
of
generating
tissue
growth.
Virtual
&
Physical
prototyping
can
broadly
be
divided
into
three
categories:
Modeling,
Manufacturing, and
Materials. Virtual
Prototyping
&
Bio
Manufacturing
in
Medical
Applicationsfocuses
primarily
on
the
modeling
and
manufacturing
in
the
field.
The principles utilized draw heavily from the more traditional engineering fields including mechanical engineering, industrial engineering, civil engineering (structures), electrical engineering and bio engineering.
Written for researchers, professionals, engineers and academics seeking a comprehensive overview of virtual prototyping and rapid prototyping,Virtual Prototyping & Bio Manufacturing in Medical Applications, discusses in detail applications related to surgery, medical imaging, tissue engineering, bone replacement, and more.
The principles utilized draw heavily from the more traditional engineering fields including mechanical engineering, industrial engineering, civil engineering (structures), electrical engineering and bio engineering.
Written for researchers, professionals, engineers and academics seeking a comprehensive overview of virtual prototyping and rapid prototyping,Virtual Prototyping & Bio Manufacturing in Medical Applications, discusses in detail applications related to surgery, medical imaging, tissue engineering, bone replacement, and more.
Caracteristici
Brings
together
all
the
important
aspects
of
virtual
and
rapid
prototyping
relative
to
medical
applications
in
a
cohesive
manner
Provides a comprehensive overview of virtual prototyping and rapid prototyping techniques
Covers applications of rapid prototyping in detail including the dental, cardiovascular and biomaterial areas
Provides a comprehensive overview of virtual prototyping and rapid prototyping techniques
Covers applications of rapid prototyping in detail including the dental, cardiovascular and biomaterial areas
Notă biografică
Bopaya Bidanda is the Ernest E. Roth Professor and Chairman of the Department of Industrial Engineering at the University of Pittsburgh. His research is in the area of manufacturing systems with a special focus on group technology, reverse engineering, cellular manufacturing, lean manufacturing, human issues in manufacturing, product development, and manufacturing modernization.
Paulo Bartolo is Professor of Advanced Manufacturing Processes at the Polytechnic Institute of Leiria (Portugal), Adjunct Professor at Queensland University of Technology (Australia), Visiting Professor at Nanyang University (Singapore), and Professor of Biomaterials (Catedra UNESCO) at the University of Habana (Cuba). He is a CIRP (The International Academy of Production Engineering) member, Vice-Chairman of the CIRP Scientific Technical Committee on Electro-Physical and Chemical Processes, GARPA (Global Alliance of Rapid Prototyping Associations) Portuguese Representative a
nd Member of the Direction Board of the International Society of Biomanufacturing, Scientific advisor of the Research Institute in Biofabrication (BIOFABRIS) funded by the Brazilian Government and regional coordinator of the working group of Rapid Manufacturing Platform.