❞ كتاب Martin A. Freilich Fiber-reinforced composites in clinical dentistry ❝

❞ كتاب Martin A. Freilich Fiber-reinforced composites in clinical dentistry ❝

Martin A. Freilich, DDS
Department of Prosthodontics and Operative Dentistry
University of Connecticut
School of Dental Medicine
Farmington, Connecticut
Jonathan C. Meiers, DMD, MS
Department of Prosthodontics and Operative Dentistry
University of Connecticut
School of Dental Medicine
Farmington, Connecticut
Jacqueline P. Duncan, DMD, MDSc
Department of Prosthodontics and Operative Dentistry

Preface
Several years ago our research group at the University of
Connecticut became intrigued by the question of why fiber-reinforced
composite materials, which had been used successfully
in a variety of commercial applications, were not more
widely used in dentistry. After a careful review of the literature
and some preliminary research, it became clear to us that the
use of fiber-reinforced composites in existing dental applications
was compromised by three important limitations: low fiber
content, insufficient fiber wetting, and the difficulty of manipulating
free fibers. Through the development of pre-impregnation
technology, which has served as the primary focus
of our research group over the past 10 years, these problems
have been largely overcome.
Fiber-reinforced materials have highly favorable mechanical
properties, and their strength-to-weight ratios are superior to
those of most alloys.When compared to metals they offer many
other advantages as well, including noncorrosiveness, translucency,
good bonding properties, and ease of repair. Since they
also offer the potential for chairside and laboratory fabrication, it
is not surprising that fiber-reinforced composites have potential
for use in many applications in dentistry.
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نُبذة عن الكتاب:
Martin A. Freilich Fiber-reinforced composites in clinical dentistry

Martin A. Freilich, DDS
Department of Prosthodontics and Operative Dentistry
University of Connecticut
School of Dental Medicine
Farmington, Connecticut
Jonathan C. Meiers, DMD, MS
Department of Prosthodontics and Operative Dentistry
University of Connecticut
School of Dental Medicine
Farmington, Connecticut
Jacqueline P. Duncan, DMD, MDSc
Department of Prosthodontics and Operative Dentistry

Preface
Several years ago our research group at the University of
Connecticut became intrigued by the question of why fiber-reinforced
composite materials, which had been used successfully
in a variety of commercial applications, were not more
widely used in dentistry. After a careful review of the literature
and some preliminary research, it became clear to us that the
use of fiber-reinforced composites in existing dental applications
was compromised by three important limitations: low fiber
content, insufficient fiber wetting, and the difficulty of manipulating
free fibers. Through the development of pre-impregnation
technology, which has served as the primary focus
of our research group over the past 10 years, these problems
have been largely overcome.
Fiber-reinforced materials have highly favorable mechanical
properties, and their strength-to-weight ratios are superior to
those of most alloys.When compared to metals they offer many
other advantages as well, including noncorrosiveness, translucency,
good bonding properties, and ease of repair. Since they
also offer the potential for chairside and laboratory fabrication, it
is not surprising that fiber-reinforced composites have potential
for use in many applications in dentistry. .
المزيد..

تعليقات القرّاء:

التعويضات السنية Prosthodontics وتشمل
الجسور الثابتة Fixed bridges والزرعات Implants
الطقوم الكاملة المتحركة removable complete denture
الطقوم الجزئية المتحركة removable partial denture
معالجة و إصلاح الأسنان Operative Dentistry وتشمل:
تشخيص تسوس الأسنان caries diagnosis
الوقايه والحد من انتشار تسوس الاسنان management of dental caries
تبييض الأسنان Dentalbleaching
تجميل الأسنان cosmetic dentistry
حشوات الأسنان Dental Fillings
معالجة لب الأسنان Endodontics
معالجة الأسنان المجهرية microscopic endodontics
طب الأسنان الوقائي Preventive Dentistry
تقويم الأسنان Orthodontics
جراحة الفم والوجه والفكين Oral and Maxillofacial Surgery
طب أسنان الأطفال Pedodontics
أمراض اللثة
أمراض الأنسجة المحيطة بالأسنان Periodontics
زراعة الأسنان Dental Implantology
أشعة الأسنان Dental Radiology
طب الأسنان الشرعي Forensic Dentistry
طب الفم Oral Medicine
أمراض الفم Oral Pathology
أنسجة الفم والأسنان Oral Histology
المادة السنية Dental material
تشريح الأسنانDental anatomy
مواضيع متعلقة بطب الأسنان
طب الأسنان للرضع
جراحة الأسنان
أسنان
طقم أسنان
طب الاسنان في الاردن
طب الأسنان في جميع أنحاء العالم

Martin A. Freilich, DDS
Department of Prosthodontics and Operative Dentistry
University of Connecticut
School of Dental Medicine
Farmington, Connecticut
Jonathan C. Meiers, DMD, MS
Department of Prosthodontics and Operative Dentistry
University of Connecticut
School of Dental Medicine
Farmington, Connecticut
Jacqueline P. Duncan, DMD, MDSc
Department of Prosthodontics and Operative Dentistry

Preface
 Several years ago our research group at the University of
Connecticut became intrigued by the question of why fiber-reinforced
composite materials, which had been used successfully
in a variety of commercial applications, were not more
widely used in dentistry. After a careful review of the literature
and some preliminary research, it became clear to us that the
use of fiber-reinforced composites in existing dental applications
was compromised by three important limitations: low fiber
content, insufficient fiber wetting, and the difficulty of manipulating
free fibers. Through the development of pre-impregnation
technology, which has served as the primary focus
of our research group over the past 10 years, these problems
have been largely overcome.
Fiber-reinforced materials have highly favorable mechanical
properties, and their strength-to-weight ratios are superior to
those of most alloys.When compared to metals they offer many
other advantages as well, including noncorrosiveness, translucency,
good bonding properties, and ease of repair. Since they
also offer the potential for chairside and laboratory fabrication, it
is not surprising that fiber-reinforced composites have potential
for use in many applications in dentistry.

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