An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids:
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| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Clausthal-Zellerfeld
Papierflieger Verlag GmbH
2020
|
| Ausgabe: | 1. Auflage |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | verschiedene Seitenzählung Illustrationen, Diagramme |
| ISBN: | 9783869487182 3869487186 |
Internformat
MARC
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| 100 | 1 | |a Berg, David Christian |e Verfasser |0 (DE-588)1207104809 |4 aut | |
| 245 | 1 | 0 | |a An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids |c David Christian Berg |
| 250 | |a 1. Auflage | ||
| 264 | 1 | |a Clausthal-Zellerfeld |b Papierflieger Verlag GmbH |c 2020 | |
| 300 | |a verschiedene Seitenzählung |b Illustrationen, Diagramme | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
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Datensatz im Suchindex
| _version_ | 1804181519656288256 |
|---|---|
| adam_text | CONTENTS
LIST
OF
FIGURES
XV
LIST
OF
TABLES
XXI
LIST
OF
ACRONYMS
XXIII
1
INTRODUCTION
1
1.1
MOTIVATION
................................................................................................
1
1.2
CONCEPT
......................................................................................................
2
1.3
STRUCTURE
OF
THE
DISSERTATION
....................................................................
3
LIST
OF
SYMBOLS
XXV
2
STATE
OF
RESEARCH
AND
TECHNOLOGY
7
2.1
CURE
SHRINKAGE
MONITORING
.......................................................................
7
2.1.1
APPLICABLE
METHODS
OF
CURE
SHRINKAGE
MONITORING
....................
7
2.1.2
DISCUSSION
OF
CURRENT
METHODS
FOR
CURE
SHRINKAGE
MONITORING
.
10
2.1.3
CONCLUSION
ON
CURRENT
METHODS
FOR
CURE
SHRINKAGE
MONITORING
13
2.2
MEASURING
THERMAL
EXPANSION
.................................................................
13
2.3
DETERMINING
THE
GEL
POINT
OF
THERMOSETTING
RESINS
...............................
14
2.3.1
METHODS
USED
FOR
GEL
POINT
DETERMINATION
...............................
14
2.3.2
DISCUSSION
AND
CONCLUSION
ON
CURRENT
METHODS
FOR
DETERMINING
THE
GEL
POINT
..................................................................................
17
2.4
DETERMINING
GLASS
TRANSITION
TEMPERATURE
AND
VITRIFICATION
POINT
...
17
2.4.1
DISCUSSION
AND
CONCLUSION
ON
CURRENT
METHODS
FOR
DETERMINING
GLASS
TRANSITION
TEMPERATURE
AND
VITRIFICATION
POINT
.....
19
2.5
CONCLUSION
FROM
THE
STATE
OF
RESEARCH
AND
TECHNOLOGY
.........................
19
3
TECHNOLOGY
SELECTION
21
3.1
THICKNESS
(OR
DISTANCE)
MEASUREMENT
......................................................
21
3.2
POSITIONING
................................................................................................
24
XI
XII
CONTENTS
3.3
TEMPERATURE
CONTROL
..............................................................................
27
4
EXPERIMENTAL
SETUP
29
4.1
TECHNICAL
SETUP
........................................................................................
29
4.1.1
BASEPLATE
........................................................................................
30
4.1.2
HEIGHT-ADJUSTABLE
PLATFORM
............................................................
30
4.1.3
MICROSTAGE
.....................................................................................
31
4.1.4
MODIFICATIONS
TO
THE
CCS
PRIMA
...................................................
31
4.1.5
MODIFICATIONS
TO
THE
DISCOVERY
DSC
..............................................
32
4.1.6
DSC
FURNACE
LID
.............................................................................
32
4.1.7
GPIO
MODULE
...................................................................................
33
4.2
SAMPLE
PREPARATION
..................................................................................
34
4.2.1
SELECTION
OF
A
SUITABLE
DSC
PAN
......................................................
34
4.2.2
FILLING
OF
THE
PAN
.............................................................................
36
5
DATA
ACQUISITION,
GUI
AND
EXPERIMENTAL
PROCEDURES
39
5.1
DATA
ACQUISITION
........................................................................................
40
5.1.1
ACQUIRING
DATA
FROM
THE
MICROSTAGE
.............................................
40
5.1.2
ACQUIRING
DATA
FROM
THE
CCS
PRIMA
.............................................
41
5.1.3
ACQUIRING
DATA
FROM
THE
DISCOVERY
DSC
........................................
43
5.1.4
TRIGGERING
........................................................................................
43
5.2
GRAPHICAL
USER
INTERFACE
..........................................................................
44
5.2.1
VIEWPORT
........................................................................................
45
5.2.2
LIST
OF
SCANS
.....................................................................................
45
5.2.3
TABBED
TOOLBAR
................................................................................
45
5.3
EXPERIMENTAL
PROCEDURE
.............................................................................
46
5.3.1
SCANNING
MODES
.............................................................................
47
6
DATA
FUSION
AND
PREPARATION
53
6.1
DATA
FUSION
.................................................................................................
53
6.1.1
FUSION
OF
XY
-
AND
Z-POSITION
DATA
................................................
53
6.1.2
FUSION
OF
DSC
DATA
AND
XYZ-POSITION
DATA
..................................
54
6.2
OUTLIER
REMOVAL
IN
POSITION
DATA
............................................................
57
6.3
PAN
COORDINATE
SYSTEM
.............................................................................
61
6.3.1
REFERENCE
ELLIPSE
.............................................................................
62
6.3.2
REFERENCE
PLANE
.............................................................................
63
CONTENTS
XIII
6.3.3
ROTATION
AROUND
Z-AXIS
.................................................................
64
6.3.4
TRANSFORMATION
OF
DATA
POINTS
TO
THE
PAN
COORDINATE
SYSTEM
.
.
64
7
DATA
ANALYSIS
67
7.1
TEMPERATURE-DEPENDENT
MODEL
OF
THE
EMPTY
PAN
..................................
70
7.1.1
OUTLIER
REMOVAL
AND
TRANSFORMATION
TO
THE
PAN
COORDINATES
SYS
TEM
.....................................................................................
70
7.1.2
DETERMINATION
OF
THE
CIRCUMFERENCE
ELLIPSE
IN
PAN
COORDINATES
.
71
7.1.3
DETERMINATION
OF
THE
BOTTOM
PLANE
.............................................
71
7.1.4
DETERMINATION
OF
THE
BOTTOM
AND
BRIM
FILLETS
AND
THE
BRIM
ANGLE
72
7.1.5
DETERMINATION
OF
THE
TEMPERATURE-SPECIFIC
COEFFICIENTS
...........
76
7.1.6
DETERMINATION
THE
TEMPERATURE
DEPENDENCE
OF
THE
EMPTY
PAN
MODEL
..............................................................................................
76
7.2
MODEL
OF
THE
FULL
PAN
...............................................................................
79
7.2.1
TEMPERATURE-DEPENDENT
GEOMETRIC
MODEL
OF
THE
FULL
PAN
....
79
7.2.2
GEOMETRY
AND
EXPANSION
DISTANCE
FACTOR
MODELS
OF
THE
MENISCI
80
7.3
ANALYSING
TEMPERATURE
AND
Z-POSITION
OSCILLATIONS
...............................
87
7.3.1
OSCILLATION
DATA
EXTRACTION
...........................................................
87
7.3.2
OSCILLATION
DATA
PROCESSING
...........................................................
90
7.3.3
OSCILLATION
DATA
FITTING
.................................................................
93
7.4
ADJUSTING
CROSS
SCANS
TO
TARGET
TEMPERATURE
..........................................
98
7.4.1
ELIMINATION
OF
THE
OSCILLATION
OF
THE
PAN
........................................
100
7.4.2
ELIMINATION
OF
THE
STEADY
RISE
OF
THE
PAN
........................................
100
7.4.3
ELIMINATION
OF
THE
OSCILLATION
OF
THE
RESIN
......................................
102
7.4.4
FITTING
THE
MENISCI
OF
THE
CROSS
SCANS
..............................................
102
7.5
ADJUSTING
SPOT-OVER-TIME
SCANS
TO
TARGET
TEMPERATURE
...............................
104
7.6
GENERATING
COMPLETE
MENISCI
FROM
CROSS
SCANS
........................................
106
7.7
CALCULATING
VOLUMES
AND
DENSITIES
............................................................
109
7.8
EVALUATING
CURE
KINETICS
.............................................................................
110
7.9
CALCULATING
RESULTS
........................................................................................
114
7.9.1
DETERMINING
VOLUMETRIC
SHRINKAGE
.................................................
114
7.9.2
DETERMINING
THE
VOLUMETRIC
COEFFICIENT
OF
THERMAL
EXPANSION
.
114
7.9.3
DETERMINING
GEL
AND
VITRIFICATION
POINTS
........................................
121
8
EXPERIMENTAL
RESULTS
AND
THEIR
ASSESSMENT
123
8.1
INVESTIGATED
THERMOSETTING
RESINS
.............................................................
123
XIV
CONTENTS
8.2
RESULTS
FOR
RTM
6
...........................................................................................
126
8.3
RESULTS
FOR
EP
2400
........................................................................................
135
8.4
RESULTS
FOR
ARALDITE
LY
556
.............................................................................
141
9
POSSIBLE
SOURCES
OF
ERROR
143
9.1
TECHNICAL
SETUP
AND
PAN
GEOMETRY
............................................................
143
9.1.1
RELATIVE
POSITIONING
BETWEEN
THE
ELEMENTS
OF
THE
SETUP
..............
143
9.1.2
GEOMETRY
OF
THE
EMPTY
PAN
............................................................
144
9.2
SOURCES
OF
ERROR
IN
DATA
ANALYSIS
..................................................................
147
9.2.1
ALGORITHM
FOR
OSCILLATION
REMOVAL
.................................................
147
9.2.2
ALGORITHM
FOR
GENERATING
COMPLETE
MENISCI
FROM
CROSS
SCANS
.
.
149
9.3
INFLUENCE
OF
THERMAL
EXPANSION
OF
THE
RESIN
ON
THE
PAN
GEOMETRY
.
.
.
149
10
CONCLUSION
151
11
FUTURE
WORK
153
A
PRINCIPLES
OF
THICKNESS
AND
DISTANCE
MEASUREMENT
A-L
A.
L
INFRARED-INTERFEROMETRIC
THICKNESS
MEASUREMENT
.....................................
A-L
A.
2
CHROMATIC-CONFOCAL
DISTANCE
MEASUREMENT
.............................................
A-
2
B
VOLUME
MEASUREMENT
VIA
INFRARED
INTERFEROMETRY
B-5
B.
L
THEORETICAL
CONSIDERATIONS
ON
THE
REFRACTIVE
INDEX
..................................
B-5
B.
1.1
OPTICAL
DISPERSION
.............................................................................
B-6
B.
2
OBTAINING
THE
REFRACTIVE
INDEX
DURING
EXPERIMENTS
...............................
B-7
C
MATHEMATICS
C-13
C.
L
PATH
FOR
THE
CIRCULAR
AREA
SCAN
....................................................................
C-13
C.
2
FITTING
METHODS
...........................................................................................
C-14
C.
2.1
LEAST-SQUARES
ELLIPSE
FITTING
WITH
BOOKSTEIN
CONSTRAINT
..............
C-14
C.2.
2
BISQUARE
WEIGHTS
FOR LEAST-SQUARES
FITTING
.....................................
C-14
C.
3
SUM
OF
SINEWAVES
........................................................................................
C-15
D
TECHNICAL
DRAWINGS
D-17
D.
L
EMBOSSING
TOOL
...........................................................................................
D-17
D.
2
TRANSPARENT
DSC
FURNACE
LID
.......................................................................
D-26
E
DATASHEETS
E-27
CONTENTS
XV
E.
L
DATASHEET
OF
RTM
6
.......................................................................................
E-27
E.
2
DATASHEET
OF
EP
2400
..................................................................................
E-32
E.3
DATASHEET
OF
ARALDITE
LY
556
......................................................................
E-39
|
| adam_txt |
CONTENTS
LIST
OF
FIGURES
XV
LIST
OF
TABLES
XXI
LIST
OF
ACRONYMS
XXIII
1
INTRODUCTION
1
1.1
MOTIVATION
.
1
1.2
CONCEPT
.
2
1.3
STRUCTURE
OF
THE
DISSERTATION
.
3
LIST
OF
SYMBOLS
XXV
2
STATE
OF
RESEARCH
AND
TECHNOLOGY
7
2.1
CURE
SHRINKAGE
MONITORING
.
7
2.1.1
APPLICABLE
METHODS
OF
CURE
SHRINKAGE
MONITORING
.
7
2.1.2
DISCUSSION
OF
CURRENT
METHODS
FOR
CURE
SHRINKAGE
MONITORING
.
10
2.1.3
CONCLUSION
ON
CURRENT
METHODS
FOR
CURE
SHRINKAGE
MONITORING
13
2.2
MEASURING
THERMAL
EXPANSION
.
13
2.3
DETERMINING
THE
GEL
POINT
OF
THERMOSETTING
RESINS
.
14
2.3.1
METHODS
USED
FOR
GEL
POINT
DETERMINATION
.
14
2.3.2
DISCUSSION
AND
CONCLUSION
ON
CURRENT
METHODS
FOR
DETERMINING
THE
GEL
POINT
.
17
2.4
DETERMINING
GLASS
TRANSITION
TEMPERATURE
AND
VITRIFICATION
POINT
.
17
2.4.1
DISCUSSION
AND
CONCLUSION
ON
CURRENT
METHODS
FOR
DETERMINING
GLASS
TRANSITION
TEMPERATURE
AND
VITRIFICATION
POINT
.
19
2.5
CONCLUSION
FROM
THE
STATE
OF
RESEARCH
AND
TECHNOLOGY
.
19
3
TECHNOLOGY
SELECTION
21
3.1
THICKNESS
(OR
DISTANCE)
MEASUREMENT
.
21
3.2
POSITIONING
.
24
XI
XII
CONTENTS
3.3
TEMPERATURE
CONTROL
.
27
4
EXPERIMENTAL
SETUP
29
4.1
TECHNICAL
SETUP
.
29
4.1.1
BASEPLATE
.
30
4.1.2
HEIGHT-ADJUSTABLE
PLATFORM
.
30
4.1.3
MICROSTAGE
.
31
4.1.4
MODIFICATIONS
TO
THE
CCS
PRIMA
.
31
4.1.5
MODIFICATIONS
TO
THE
DISCOVERY
DSC
.
32
4.1.6
DSC
FURNACE
LID
.
32
4.1.7
GPIO
MODULE
.
33
4.2
SAMPLE
PREPARATION
.
34
4.2.1
SELECTION
OF
A
SUITABLE
DSC
PAN
.
34
4.2.2
FILLING
OF
THE
PAN
.
36
5
DATA
ACQUISITION,
GUI
AND
EXPERIMENTAL
PROCEDURES
39
5.1
DATA
ACQUISITION
.
40
5.1.1
ACQUIRING
DATA
FROM
THE
MICROSTAGE
.
40
5.1.2
ACQUIRING
DATA
FROM
THE
CCS
PRIMA
.
41
5.1.3
ACQUIRING
DATA
FROM
THE
DISCOVERY
DSC
.
43
5.1.4
TRIGGERING
.
43
5.2
GRAPHICAL
USER
INTERFACE
.
44
5.2.1
VIEWPORT
.
45
5.2.2
LIST
OF
SCANS
.
45
5.2.3
TABBED
TOOLBAR
.
45
5.3
EXPERIMENTAL
PROCEDURE
.
46
5.3.1
SCANNING
MODES
.
47
6
DATA
FUSION
AND
PREPARATION
53
6.1
DATA
FUSION
.
53
6.1.1
FUSION
OF
XY
-
AND
Z-POSITION
DATA
.
53
6.1.2
FUSION
OF
DSC
DATA
AND
XYZ-POSITION
DATA
.
54
6.2
OUTLIER
REMOVAL
IN
POSITION
DATA
.
57
6.3
PAN
COORDINATE
SYSTEM
.
61
6.3.1
REFERENCE
ELLIPSE
.
62
6.3.2
REFERENCE
PLANE
.
63
CONTENTS
XIII
6.3.3
ROTATION
AROUND
Z-AXIS
.
64
6.3.4
TRANSFORMATION
OF
DATA
POINTS
TO
THE
PAN
COORDINATE
SYSTEM
.
.
64
7
DATA
ANALYSIS
67
7.1
TEMPERATURE-DEPENDENT
MODEL
OF
THE
EMPTY
PAN
.
70
7.1.1
OUTLIER
REMOVAL
AND
TRANSFORMATION
TO
THE
PAN
COORDINATES
SYS
TEM
.
70
7.1.2
DETERMINATION
OF
THE
CIRCUMFERENCE
ELLIPSE
IN
PAN
COORDINATES
.
71
7.1.3
DETERMINATION
OF
THE
BOTTOM
PLANE
.
71
7.1.4
DETERMINATION
OF
THE
BOTTOM
AND
BRIM
FILLETS
AND
THE
BRIM
ANGLE
72
7.1.5
DETERMINATION
OF
THE
TEMPERATURE-SPECIFIC
COEFFICIENTS
.
76
7.1.6
DETERMINATION
THE
TEMPERATURE
DEPENDENCE
OF
THE
EMPTY
PAN
MODEL
.
76
7.2
MODEL
OF
THE
FULL
PAN
.
79
7.2.1
TEMPERATURE-DEPENDENT
GEOMETRIC
MODEL
OF
THE
FULL
PAN
.
79
7.2.2
GEOMETRY
AND
EXPANSION
DISTANCE
FACTOR
MODELS
OF
THE
MENISCI
80
7.3
ANALYSING
TEMPERATURE
AND
Z-POSITION
OSCILLATIONS
.
87
7.3.1
OSCILLATION
DATA
EXTRACTION
.
87
7.3.2
OSCILLATION
DATA
PROCESSING
.
90
7.3.3
OSCILLATION
DATA
FITTING
.
93
7.4
ADJUSTING
CROSS
SCANS
TO
TARGET
TEMPERATURE
.
98
7.4.1
ELIMINATION
OF
THE
OSCILLATION
OF
THE
PAN
.
100
7.4.2
ELIMINATION
OF
THE
STEADY
RISE
OF
THE
PAN
.
100
7.4.3
ELIMINATION
OF
THE
OSCILLATION
OF
THE
RESIN
.
102
7.4.4
FITTING
THE
MENISCI
OF
THE
CROSS
SCANS
.
102
7.5
ADJUSTING
SPOT-OVER-TIME
SCANS
TO
TARGET
TEMPERATURE
.
104
7.6
GENERATING
COMPLETE
MENISCI
FROM
CROSS
SCANS
.
106
7.7
CALCULATING
VOLUMES
AND
DENSITIES
.
109
7.8
EVALUATING
CURE
KINETICS
.
110
7.9
CALCULATING
RESULTS
.
114
7.9.1
DETERMINING
VOLUMETRIC
SHRINKAGE
.
114
7.9.2
DETERMINING
THE
VOLUMETRIC
COEFFICIENT
OF
THERMAL
EXPANSION
.
114
7.9.3
DETERMINING
GEL
AND
VITRIFICATION
POINTS
.
121
8
EXPERIMENTAL
RESULTS
AND
THEIR
ASSESSMENT
123
8.1
INVESTIGATED
THERMOSETTING
RESINS
.
123
XIV
CONTENTS
8.2
RESULTS
FOR
RTM
6
.
126
8.3
RESULTS
FOR
EP
2400
.
135
8.4
RESULTS
FOR
ARALDITE
LY
556
.
141
9
POSSIBLE
SOURCES
OF
ERROR
143
9.1
TECHNICAL
SETUP
AND
PAN
GEOMETRY
.
143
9.1.1
RELATIVE
POSITIONING
BETWEEN
THE
ELEMENTS
OF
THE
SETUP
.
143
9.1.2
GEOMETRY
OF
THE
EMPTY
PAN
.
144
9.2
SOURCES
OF
ERROR
IN
DATA
ANALYSIS
.
147
9.2.1
ALGORITHM
FOR
OSCILLATION
REMOVAL
.
147
9.2.2
ALGORITHM
FOR
GENERATING
COMPLETE
MENISCI
FROM
CROSS
SCANS
.
.
149
9.3
INFLUENCE
OF
THERMAL
EXPANSION
OF
THE
RESIN
ON
THE
PAN
GEOMETRY
.
.
.
149
10
CONCLUSION
151
11
FUTURE
WORK
153
A
PRINCIPLES
OF
THICKNESS
AND
DISTANCE
MEASUREMENT
A-L
A.
L
INFRARED-INTERFEROMETRIC
THICKNESS
MEASUREMENT
.
A-L
A.
2
CHROMATIC-CONFOCAL
DISTANCE
MEASUREMENT
.
A-
2
B
VOLUME
MEASUREMENT
VIA
INFRARED
INTERFEROMETRY
B-5
B.
L
THEORETICAL
CONSIDERATIONS
ON
THE
REFRACTIVE
INDEX
.
B-5
B.
1.1
OPTICAL
DISPERSION
.
B-6
B.
2
OBTAINING
THE
REFRACTIVE
INDEX
DURING
EXPERIMENTS
.
B-7
C
MATHEMATICS
C-13
C.
L
PATH
FOR
THE
CIRCULAR
AREA
SCAN
.
C-13
C.
2
FITTING
METHODS
.
C-14
C.
2.1
LEAST-SQUARES
ELLIPSE
FITTING
WITH
BOOKSTEIN
CONSTRAINT
.
C-14
C.2.
2
BISQUARE
WEIGHTS
FOR LEAST-SQUARES
FITTING
.
C-14
C.
3
SUM
OF
SINEWAVES
.
C-15
D
TECHNICAL
DRAWINGS
D-17
D.
L
EMBOSSING
TOOL
.
D-17
D.
2
TRANSPARENT
DSC
FURNACE
LID
.
D-26
E
DATASHEETS
E-27
CONTENTS
XV
E.
L
DATASHEET
OF
RTM
6
.
E-27
E.
2
DATASHEET
OF
EP
2400
.
E-32
E.3
DATASHEET
OF
ARALDITE
LY
556
.
E-39 |
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| genre_facet | Hochschulschrift |
| id | DE-604.BV046756677 |
| illustrated | Illustrated |
| index_date | 2024-07-03T14:43:16Z |
| indexdate | 2024-07-10T08:52:57Z |
| institution | BVB |
| institution_GND | (DE-588)1064204619 |
| isbn | 9783869487182 3869487186 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-032166308 |
| oclc_num | 1150942811 |
| open_access_boolean | |
| owner | DE-83 |
| owner_facet | DE-83 |
| physical | verschiedene Seitenzählung Illustrationen, Diagramme |
| publishDate | 2020 |
| publishDateSearch | 2020 |
| publishDateSort | 2020 |
| publisher | Papierflieger Verlag GmbH |
| record_format | marc |
| spelling | Berg, David Christian Verfasser (DE-588)1207104809 aut An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids David Christian Berg 1. Auflage Clausthal-Zellerfeld Papierflieger Verlag GmbH 2020 verschiedene Seitenzählung Illustrationen, Diagramme txt rdacontent n rdamedia nc rdacarrier Wärmeausdehnung (DE-588)4188843-1 gnd rswk-swf Reaktionsharz (DE-588)4126501-4 gnd rswk-swf Messung (DE-588)4038852-9 gnd rswk-swf Aushärtung Kunststoff (DE-588)4284851-9 gnd rswk-swf Schwinden (DE-588)4131138-3 gnd rswk-swf Faserverbund Duromere Harzsyteme Bauteileigenschaften (DE-588)4113937-9 Hochschulschrift gnd-content Reaktionsharz (DE-588)4126501-4 s Aushärtung Kunststoff (DE-588)4284851-9 s Schwinden (DE-588)4131138-3 s Wärmeausdehnung (DE-588)4188843-1 s Messung (DE-588)4038852-9 s DE-604 Papierflieger Verlag (DE-588)1064204619 pbl DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=032166308&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Berg, David Christian An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids Wärmeausdehnung (DE-588)4188843-1 gnd Reaktionsharz (DE-588)4126501-4 gnd Messung (DE-588)4038852-9 gnd Aushärtung Kunststoff (DE-588)4284851-9 gnd Schwinden (DE-588)4131138-3 gnd |
| subject_GND | (DE-588)4188843-1 (DE-588)4126501-4 (DE-588)4038852-9 (DE-588)4284851-9 (DE-588)4131138-3 (DE-588)4113937-9 |
| title | An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids |
| title_auth | An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids |
| title_exact_search | An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids |
| title_exact_search_txtP | An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids |
| title_full | An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids David Christian Berg |
| title_fullStr | An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids David Christian Berg |
| title_full_unstemmed | An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids David Christian Berg |
| title_short | An Innovative Approach for Simultaneous Measurement of Cure Shrinkage and Thermal Expansion of Reactive Liquids |
| title_sort | an innovative approach for simultaneous measurement of cure shrinkage and thermal expansion of reactive liquids |
| topic | Wärmeausdehnung (DE-588)4188843-1 gnd Reaktionsharz (DE-588)4126501-4 gnd Messung (DE-588)4038852-9 gnd Aushärtung Kunststoff (DE-588)4284851-9 gnd Schwinden (DE-588)4131138-3 gnd |
| topic_facet | Wärmeausdehnung Reaktionsharz Messung Aushärtung Kunststoff Schwinden Hochschulschrift |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=032166308&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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