Biomimetics - materials, structures and processes: examples, ideas and case studies
Gespeichert in:
| Weitere Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Berlin ; Heidelberg
Springer
2011
|
| Schriftenreihe: | Biological and medical physics, biomedical engineering
|
| Schlagworte: | |
| Online-Zugang: | Inhaltstext Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | XV, 266 S. Ill., graph. Darst. 25 cm |
| ISBN: | 9783642119330 |
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Datensatz im Suchindex
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IMAGE 1
CONTENTS
1 BIOMIMETICS: ITS TECHNOLOGICAL AND SOCIETAL POTENTIAL 1
HERBERT STACHELBERGER, PETRA GRUBER, AND ME C. GEBESHUBER
PART I MATERIAL STRUCTURE
2 BIONIC (NANO) MEMBRANES 9
JOVAN MATOVIC AND ZORAN JAKSIC 2.1 ARTIFICIAL NANOMEMBRANES 10
2.2 BIOLOGICAL NANOMEMBRANES 12
2.3 FUNCTIONALIZATION OF ARTIFICIAL NANOMEMBRANES TOWARD BIONIC
STRUCTURES AT ISAS: TU WIEN 13
2.3.1 NANOMEMBRANE-BASED BIONIC STRUCTURES FOR ENERGY HARVESTING 13
2.3.2 NANOMEMBRANES AS BIONIC DETECTORS OF ELECTROMAGNETIC RADIATION 19
2.4 CONCLUSION 22
3 BIOMIMETICS IN TXIBOLOGY 25
I.C. GEBESHUBER, B.Y. MAJLIS, AND H. STACHELBERGER 3.1 INTRODUCTION:
HISTORICAL BACKGROUND AND CURRENT DEVELOPMENTS 26
3.2 BIOLOGY FOR ENGINEERS 28
3.3 METHOD: THE BIOMIMICRY INNOVATION METHOD 30
3.4 RESULTS: BIOMIMETICS IN TRIBOLOGY - BEST PRACTICES AND POSSIBLE
APPLICATIONS 32
3.4.1 APPLICATION OF THE BIOMIMICRY INNOVATION METHOD CONCERNING
MECHANICAL WEAR 33
3.4.2 APPLICATION OF THE BIOMIMICRY INNOVATION METHOD CONCERNING SHEAR
35
BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/1000028364
DIGITALISIERT DURCH
IMAGE 2
VIII CONTENTS
3.4.3 APPLICATION OF THE BIOMIMICRY INNOVATION METHOD CONCERNING TENSION
35
3.4.4 APPLICATION OF THE BIOMIMICRY INNOVATION METHOD CONCERNING
BUCKLING, FATIGUE, FRACTURE (RUPTURE) AND DEFORMATION 35
3.4.5 APPLICATION OF THE BIOMIMICRY INNOVATION METHOD CONCERNING
ATTACHMENT 37
3.5 SUMMARY AND OUTLOOK 40
4 REPTILIAN SKIN AS A BIOMIMETIC ANALOGUE FOR THE DESIGN OF
DETERMINISTIC TRIBOSURFACES 51
H.A. ABDEL-AAL AND M. EL MANSORI 4.1 INTRODUCTION 52
4.2 BACKGROUND 56
4.2.1 THE PYTHON SPECIES 56
4.2.2 STRUCTURE OF SNAKE SKIN 58
4.2.3 SKINSHEDDING 59
4.3 OBSERVATION OF SHED SKIN 60
4.3.1 INITIAL OBSERVATIONS 60
4.3.2 OPTICAL MICROSCOPY OBSERVATIONS 62
4.3.3 SCAN ELECTRON MICROSCOPY OBSERVATIONS 63
4.4 METROLOGY OF THE SURFACE 69
4.4.1 TOPOGRAPHICAL METROLOGY 69
4.4.2 BEARING CURVE ANALYSIS 70
4.5 CORRELATION TO HONED SURFACES 73
4.6 CONCLUSIONS AND FUTURE OUTLOOK 77
5 MULTISCALE HOMOGENIZATION THEORY: AN ANALYSIS TOOL FOR REVEALING
MECHANICAL DESIGN PRINCIPLES IN BONE AND BONE REPLACEMENT MATERIALS 81
CHRISTIAN HELLMICH, ANDREAS FRITSCH, AND LUC DORMIEUX 5.1 INTRODUCTION
84
5.2 FUNDAMENTALS OF CONTINUUM MICROMECHANICS 85
5.2.1 REPRESENTATIVE VOLUME ELEMENT 85
5.2.2 UPSCALING OF ELASTO-BRITTLE AND ELASTOPLASTIC MATERIAL PROPERTIES
86
5.3 BONE'S HIERARCHICAL ORGANIZATION 88
5.4 ELASTIC AND STRENGTH PROPERTIES OF THE ELEMENTARY COMPONENTS OF
BONE: HYDROXYAPATITE, COLLAGEN, WATER 88 5.5 MULTISCALE MICROMECHANICAL
REPRESENTATION OF BONE 91 5.6 EXPERIMENTAL VALIDATION OF MULTISCALE
MICROMECHANICS THEORY FOR BONE 93
5.7 HOW BONE WORKS: MECHANICAL DESIGN CHARACTERISTICS OF BONE REVEALED
THROUGH MULTISCALE MICROMECHANICS 96 5.8 SOME CONCLUSIONS FROM A
BIOLOGICAL VIEWPOINT 98
IMAGE 3
CONTENTS IX
6 BIOINSPIRED CELLULAR STRUCTURES: ADDITIVE MANUFACTURING AND MECHANICAL
PROPERTIES 105
J. STAMPFT 1 , H.E. PETTERMANN, AND R. LISKA 6.1 INTRODUCTION 105
6.2 FABRICATION OF BIOINSPIRED CELLULAR SOLIDS USING LITHOGRAPHY-BASED
ADDITIVE MANUFACTURING 107
6.2.1 LASER-BASED STEREOLITHOGRAPHY 108
6.2.2 DYNAMIC MASK-BASED STEREOLITHOGRAPHY 108
6.2.3 INKJET-BASED SYSTEMS 110
6.2.4 TWO-PHOTON POLYMERIZATION I LL
6.3 PHOTOPOLYMERS FOR ADDITIVE MANUFACTURING TECHNOLOGIES 112 6.3.1
PRINCIPLES OF PHOTOPOLYMERIZATION 112
6.3.2 RADICAL AND CATIONIC SYSTEMS IN LITHOGRAPHY- BASED AMT 114
6.3.3 BIOMIMETIC, BIOCOMPATIBLE, AND BIODEGRADABLE FORMULATIONS 115
6.4 MECHANICAL PROPERTIES: MODELING AND SIMULATION 118 6.4.1 LINEAR
ELASTIC BEHAVIOR 118
6.4.2 NONLINEAR RESPONSE 119
6.4.3 SAMPLE SIZE AND EFFECTIVE BEHAVIOR 119
6.5 CONCLUSION 121
PART II FORM AND CONSTRUCTION
7 BIOMIMETICS IN ARCHITECTURE [ARCHITEKTURBIONIK] 127
PETRA GRUBER 7.1 INTRODUCTION 127
7.2 HISTORY: DIFFERENT APPROACHES 128
7.2.1 ANALOGY AND CONVERGENCE 129
7.2.2 STRATEGIC SEARCH FOR THE OVERLAPS BETWEEN ARCHITECTURE AND NATURE
130
7.3 STRATEGIES: WHAT IS TRANSFERRED AND HOW IS IT DONE? 131 7.3.1 WHAT
IS TRANSFERRED? 131
7.3.2 METHODS 131
7.4 APPLICATION FIELDS: SUCCESSFUL EXAMPLES 134
7.4.1 EMERGENCE AND DIFFERENTIATION: MORPHOGENESIS 134 7.4.2
INTERACTIVITY 135
7.4.3 DYNAMIC SHAPE 135
7.4.4 INTELLIGENCE 136
7.4.5 ENERGY EFFICIENCY 136
7.4.6 MATERIAL/STRUCTURE/SURFACE 137
7.4.7 INTEGRATION 137
7.5 CASE STUDIES 138
7.5.1 BIOMIMETICS DESIGN EXERCISE 138
IMAGE 4
X CONTENTS
7.5.2 BIOMIMETICS DESIGN PROGRAMMES, WORKSHOPS AND STUDIES 140
7.6 FUTURE FIELDS, AIMS AND CONCLUSION 144
7.6.1 AIMS 144
7.6.2 CONSIDERATIONS ABOUT FUTURE DEVELOPMENTS 145
8 BIOMORPHISM IN ARCHITECTURE: SPECULATIONS ON GROWTH AND FORM 149
DOERTE KUHLMANN 8.1 INTRODUCTION 149
8.2 THE ESSENCE OF NATURE 150
8.3 NATURE AS A SOURCE FOR FORM 152
8.4 NATURAL PROCESSES 153
8.5 ORGANIC VERSUS "MECHANICAL" FORM 156
8.6 BIONICS AND CYBORGS 159
8.7 ECOLOGY 162
8.8 FROM FRACTALS TO CATASTROPHIES 165
8.9 FORM FOLLOWS FUNCTION 167
8.10 THE CONCEPT OF ORGANIC UNITY 171
8.11 CONCLUSION 174
9 FRACTAL GEOMETRY OF ARCHITECTURE 179
WOLFGANG E. LORENZ 9.1 FRACTAL CONCEPTS IN NATURE AND ARCHITECTURE 179
9.1.1 FROM THE LANGUAGE OF FRACTALS TO CLASSIFICATION 179 9.2 FRACTALS:
A DEFINITION FROM A MATHEMATICAL AND AN ARCHITECTURAL POINT OF VIEW 182
9.2.1 ROUGHNESS AND LENGTH MEASUREMENT 182
9.2.2 SCALE RANGE AND DISTANCE 184
9.2.3 SELF-SIMILARITY: AN IMPORTANT ATTRIBUTE OF FRACTALS 184 9.2.4
ARCHITECTURAL EXAMPLES 186
9.2.5 DEVELOPED THROUGH ITERATION 187
9.2.6 DIFFERENCES BETWEEN ARCHITECTURAL AND MATHEMATICAL FRACTALS 189
9.2.7 FRACTALS AS A DESIGN AID 189
9.2.8 FRACTALS ARE COMMON TO NATURE 190
9.2.9 THE FACTOR CHANCE 191
9.3 FROM SIMULATION TO MEASUREMENT 192
9.3.1 CURDLING 192
9.3.2 FRACTAL DIMENSION 194
9.3.3 PERCEPTION AND DISTANCE 196
9.4 FRACTAL DIMENSION AND ARCHITECTURE 196
9.4.1 FRACTAL DIMENSION AND APPROACHING A BUILDING 197 9.4.2 RESULTS OF
MEASUREMENT 198
9.5 CONCLUSIONS AND OUTLOOK 199
IMAGE 5
CONTENTS XI
PART III INFORMATION AND DYNAMICS
10 BIOMIMETICS IN INTELLIGENT SENSOR AND ACTUATOR AUTOMATION SYSTEMS 203
DIETMAR BRUCKNER, DIETMAR DIETRICH, GERHARD ZUCKER, AND BRIT MUELLER 10.1
RESEARCH FIELD 204
10.2 AUTOMATION 204
10.3 INTELLIGENCE AND COMMUNICATION 206
10.4 OPEN PROBLEMS: CHALLENGES IN RESEARCH 207
10.5 INTELLIGENCE OF BIONIC SYSTEMS 209
10.5.1 HIERARCHICAL MODEL CONCEPTION 209
10.5.2 STATISTICAL METHODS 210
10.5.3 DEFINITION OF INTELLIGENCE 211
10.5.4 CHOICE OF THE RIGHT MODEL 212
10.5.5 TOP-DOWN METHODOLOGY 212
10.5.6 A UNITARY MODEL 213
10.5.7 DIFFERENTIATION BETWEEN FUNCTION, BEHAVIOR, AND PROJECTION 213
10.5.8 INDISPENSABLE INTERDISCIPLINARITY 214
10.6 THE PSYCHOANALYTICAL MODEL 214
10.7 CONCLUSION 217
11 TECHNICAL REBUILDING OF MOVEMENT FUNCTION USING FUNCTIONAL ELECTRICAL
STIMULATION 219
MARGIT GFOEHLER 11.1 INTRODUCTION 219
11.2 PRINCIPLE 220
11.3 ACTUATION 220
11.3.1 STIMULATION SIGNAL 222
11.3.2 ELECTRODES 223
11.4 STIMULATORS 224
11.5 CONTROL 225
11.5.1 MODELING/SIMULATION 225
11.5.2 CONTROL SYSTEMS 227
11.6 SENSORS 229
11.6.1 ARTIFICIAL SENSORS 229
11.6.2 NATURAL SENSORS IN THE PERIPHERAL NERVOUS SYSTEM 229 11.6.3
VOLITIONAL BIOLOGICAL SIGNALS 230
11.7 APPLICATIONS FOR THE LOWER LIMB 231
11.7.1 CYCLING 231
11.7.2 ROWING 239
11.7.3 GAIT 241
11.8 APPLICATIONS FOR THE UPPER LIMB 242
11.9 OUTLOOK 243
REFERENCES 244
IMAGE 6
XII CONTENTS
12 IMPROVING HEARING PERFORMANCE USING NATURAL AUDITORY CODING
STRATEGIES 249
FRANK RATTAY 12.1 THE HAIR CELL TRANSFORMS MECHANICAL INTO NEURAL
SIGNALS 249 12.2 THE HUMAN EAR 251
12.3 PLACE THEORY VERSUS TEMPORAL THEORY 253
12.4 NOISE-ENHANCED AUDITORY INFORMATION 253
12.5 AUDITORY NEURAL NETWORK SENSITIVITY CAN BE TESTED WITH ARTIFICIAL
NEURAL NETWORKS 257
12.6 COCHLEAR IMPLANTS VERSUS NATURAL HEARING 258
12.7 DISCUSSION 259
12.8 CONCLUSION 260
REFERENCES 260
INDEX 263 |
| any_adam_object | 1 |
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| dewey-raw | 601 |
| dewey-search | 601 |
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| spelling | Biomimetics - materials, structures and processes examples, ideas and case studies P. Gruber ... ed. Berlin ; Heidelberg Springer 2011 XV, 266 S. Ill., graph. Darst. 25 cm txt rdacontent n rdamedia nc rdacarrier Biological and medical physics, biomedical engineering Literaturangaben Bionik (DE-588)4006888-2 gnd rswk-swf Bionik (DE-588)4006888-2 s DE-604 Gruber, Petra edt X:MVB text/html http://deposit.dnb.de/cgi-bin/dokserv?id=3423084&prov=M&dok_var=1&dok_ext=htm Inhaltstext DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024456244&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
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| title_fullStr | Biomimetics - materials, structures and processes examples, ideas and case studies P. Gruber ... ed. |
| title_full_unstemmed | Biomimetics - materials, structures and processes examples, ideas and case studies P. Gruber ... ed. |
| title_short | Biomimetics - materials, structures and processes |
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