📘 ❞ Deflection of Rectangular Composite Laminated Plates under Static Lateral Uniformly Distributed Load ❝ كتاب ــ أسامة محمد المرضي سليمان
الهندسة الميكانيكية - 📖 ❞ كتاب Deflection of Rectangular Composite Laminated Plates under Static Lateral Uniformly Distributed Load ❝ ــ أسامة محمد المرضي سليمان 📖
█ _ أسامة محمد المرضي سليمان 0 حصريا كتاب Deflection of Rectangular Composite Laminated Plates under Static Lateral Uniformly Distributed Load 2024 Load: Laminated Plates Distributed Load Osama Mohammed Elmardi Suleiman Assistant Professor Mechanical Engineering, Nile Valley University, Atbara, Sudan s Acknowledgement i Abstract ii ملخص iii Contents iv List figures vi List tables viii List abbreviations xii Notations xiii Preface xiv CHAPTER (1) : Introduction 1 1 General introduction 1 2 Structure composites 1 behavior a fiber reinforced lamina 1 Analytical modeling composite laminates 1 3 Developments in the theories laminated plates 1 4 The objectives present study CHAPTER (2) Mathematical plates 2 Linear theory 2 Assumptions 2 Equations equilibrium 2 strain displacement equations 2 constitutive 5 Boundary conditions 2 Non linear relations 2 Transformation Stress stresses and strains 2 elastic moduli CHAPTER (3) Numerical technique 3 DR formulation 3 plate equations 3 Dimensional dimensional finite difference approximation v 3 Interpolating function F(x,y) 3 Finite form velocity stress resultants couples Estimation fictitious variables 3 iterative procedure 3 6 densities 3 7 Remarks on technique CHAPTER (4) Verification computer program 4 Small deflection comparisons 4 Large comparisons CHAPTER (5) Case Studies 5 Effect load 5 length to thickness ratio 5 number layers 5 material anisotropy 5 orientation 5 reversing lamination order 5 aspect 8 boundary conditions scheme CHAPTER (6): Conclusions Suggestions for Further Research 6 Conclusions 6 further research References Appendix (A) :Tables Appendix (B): Graphs Appendix (C) conditions Appendix (D) densities الهندسة الميكانيكية مجاناً PDF اونلاين قسم خاص بكتب للتحميل مجال الميكانيكية" Mechanical engineering" والتي هي فرع هندسي يدرس الأنظمة الفيزيائية ويطبق أسس القوانين الفيزيائية الأساسية لتحليلها وإن أهم ما يميز علم الميكانيكا اعتماده على الرياضيات (بدلاً من التقدير) وعلى التجربة (بدلاً الملاحظة) حيث كيفية صياغة التنبؤات الكمية نظرياً وكيفية اختبار هذه الصياغات الرياضية بأدوات قياس مصممة بعناية و ايضا فرع هندسي يهتم بتصميم وتصنيع وتشغيل وتطوير الآلات أو الأجهزة المستخدمة مختلف قطاعات النشاطات الاقتصادية وبتعريف الموسوعة البريطانية فإن فروع تهتم بالتصميم والتطوير وبالتصنيع وبالتركيب المحركات والآلات وعمليات التصنيع وهي مهتمة بشكل بالقوى والحركة وهو علم بدراسة الطاقة بكافة صورها وتأثيرها الأجسام تخصص واسع له علاقة بكل مجالات الحياة فالهندسة تتعلق مثلا بصناعات الفضاء والطيران وبالإنتاج وتحويل وميكانيكا الأبنية والنقل وتكنولوجيا تكييف الهواء والتبريد وفي النمذجة والمحاكاة المعلوماتية A special section books field mechanical engineering, "Mechanical engineering", which is an engineering branch that studies physical systems applies foundations basic laws analysis most important characteristic mechanics its dependence mathematics (rather than estimation) experience observation), where it established how formulate quantum predictions theory, test these mathematical formulas with carefully designed measurement tools "Mechanical concerned design, manufacture, operation, development machines or devices used various sectors economic activities By definition British Encyclopedia, development, installation, operation engines, machines, manufacturing processes It particularly interested forces movement science studying energy all forms effects objects broad discipline related areas life with, example, aerospace, aviation, production, transformation, building mechanics, transportation, air conditioning refrigeration technology, information simulation
كتاب
Deflection of Rectangular Composite Laminated Plates under Static Lateral Uniformly Distributed Load
ــ أسامة محمد المرضي سليمان
كتاب
Deflection of Rectangular Composite Laminated Plates under Static Lateral Uniformly Distributed Load
ــ أسامة محمد المرضي سليمان
Deflection of Rectangular Composite Laminated
Plates under Static Lateral Uniformly Distributed
Load
Osama Mohammed Elmardi Suleiman
Assistant Professor of Mechanical Engineering, Nile
Valley University, Atbara, Sudan
s
Acknowledgement i
Abstract ii
ملخص iii
Contents iv
List of figures vi
List of tables viii
List of abbreviations xii
Notations xiii
Preface xiv
CHAPTER (1) : Introduction
1.1 General introduction
1.2 Structure of composites
1.2.1 Mechanical behavior of a fiber-reinforced lamina
1.2.2 Analytical modeling of composite laminates
1.3 Developments in the theories of laminated plates
1.4 The objectives of the present study
CHAPTER (2) : Mathematical modeling of plates
2.1 Linear theory
2.1.1 Assumptions
2.1.2 Equations of equilibrium
2.1.3 The strain-displacement equations
2.1.4 The constitutive equations
2.1.5 Boundary conditions
2.2 Non-linear theory
2.2.1 Assumptions
2.2.2 Equations of equilibrium
2.2.3 The strain-displacement relations
2.2.4 The constitutive equations
2.2.5 Boundary conditions
2.3 Transformation equations
2.3.1 Stress-strain equations
2.3.2 Transformation of stresses and strains
2.3.3 Transformation of the elastic moduli
CHAPTER (3) : Numerical technique
3.1 DR formulation
3.2 The plate equations
3.2.1 Dimensional plate equations
3.2.2 Non-dimensional plate equations
3.3 The finite difference approximation
v
3.3.1 Interpolating function F(x,y)
3.4 Finite difference form of plate equations
3.4.1 The velocity equations
3.4.2 The displacement equations
3.4.3 The stress resultants and couples equations
3.4.4 Estimation of the fictitious variables
3.5 The DR iterative procedure
3.6 The fictitious densities
3.7 Remarks on the DR technique
CHAPTER (4) : Verification of the computer program
4.1 Small deflection comparisons
4.2 Large deflection comparisons
CHAPTER (5) : Case Studies
5.1 Effect of load
5.2 Effect of length to thickness ratio
5.3 Effect of number of layers
5.4 Effect of material anisotropy
5.5 Effect of fiber orientation
5.6 Effect of reversing lamination order
5.7 Effect of aspect ratio
5.8 Effect of boundary conditions
. Effect of lamination scheme
CHAPTER (6): Conclusions and Suggestions for Further Research
6.1 Conclusions
6.2 Suggestions for further research
References
Appendix (A) :Tables
Appendix (B): Graphs
Appendix (C) : Boundary conditions
Appendix (D) : Estimation of the fictitious densities
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