Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Fibrous composites. --- Finite element method. --- Honeycomb structures.

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Long description: Die Optimierung dynamischer Dichtsysteme ist eine kostengünstige Methode zur Erhöhung der Wirkungsgrade, Lebensdauer und Betriebssicherheit von Turbomaschinen. Zuverlässige und effiziente Dichtsysteme lassen sich nur realisieren, wenn die Anstreifvorgänge zwischen rotierenden und statischen Komponenten sowie ihre Folgen schon bei der Auslegung berücksichtigt und im Betrieb beherrscht werden können. Bis heute sind die physikalischen Vorgänge beim Anstreifen jedoch nur unzureichend verstanden und es fehlen zuverlässige Modellierungsansätze für ihre Vorhersage. Die vorliegende Arbeit liefert einen essentiellen Beitrag zum Verständnis des Anstreifverhaltens und somit zur Optimierung einlaufender dynamischer Dichtsysteme mit Fokus auf Labyrinthdichtungen mit Einlaufbelägen aus Hohlkörperstrukturen. Mit Hilfe aufwändiger experimenteller Untersuchungen wird in dieser Arbeit ein tiefergreifendes physikalisches Verständnis der Anstreifvorgänge bereitgestellt. Die experimentell gewonnenen Erkenntnisse bilden schließlich die Grundlage für die Entwicklung eines Modellierungsansatzes, der erstmals unter Berücksichtigung aller Einflussparameter die zuverlässige Vorhersage des Anstreifverhaltens einlaufender Labyrinthdichtungen ermöglicht.

Honeycomb structures. --- Structures, Honeycomb --- Laminated materials --- Sandwich construction --- Labyrinthdichtung --- Honigwabeneinlaufbelag --- Tribologie --- Verschleiß --- Modellierung

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Honeycomb structures --- Nuclear fuel elements --- Nusselt number. --- Thermodynamics. --- Design and construction.

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

The book is intended to collect the recent contributions (either research or review papers) to the development of the “Materials Chemistry” research fields by the Editorial Board Members of the Materials Chemistry Section of Molecules. The aim is to present the recent progress in the fields and to highlight the key role of Materials Chemistry in a multidisciplinary research context.

Technology: general issues --- hypergolic reactions --- sodium peroxide --- carbon nanosheets --- fullerols --- useful energy --- gold nanoparticles --- photothermal effect --- nanoink --- inkjet printing --- secure writing --- anti-counterfeit --- crosslinking polymerization (curing) --- decomposition --- degradation --- liquid and solid state --- phase transitions --- thermal analysis --- colloidal heterostructures --- seed mediated growth --- heterogeneous nucleation --- PbS/TiO2 heterostructure --- TiO2 nanocrystal defects --- antiferromagnet --- double perovskite --- high-κ dielectric --- nickel --- tellurium --- tungsten --- central nervous system (CNS) --- blood–brain barrier (BBB) --- self-assembled polymeric nanoparticles --- intranasal delivery --- biodistribution --- dendrimers --- microwaves --- hexaazatrinaphthylenes --- graphene nanoplatelets --- honeycomb structures --- modified couple stress theory --- quasi-3d hyperbolic shear deformation theory --- sandwich structures --- vibration analysis --- polymer-derived ceramics --- nanocomposites --- TiN --- TiC --- Si3N4 --- SiC --- structural properties --- cross-coupling reactions --- microwave irradiation --- ultrasounds --- mechanochemistry --- solvent-free --- water --- ionic liquids --- deep eutectic solvents --- sustainability --- nanomaterials --- electrochemical sensors --- hydroxycinnamic acids --- caffeine --- nitrite --- lead halide perovskites --- sensors --- photoluminescence --- amplified spontaneous emission --- thin films --- hybrid hydrogels --- controlled drug delivery --- protein crystallization --- lysozyme

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

The book is intended to collect the recent contributions (either research or review papers) to the development of the “Materials Chemistry” research fields by the Editorial Board Members of the Materials Chemistry Section of Molecules. The aim is to present the recent progress in the fields and to highlight the key role of Materials Chemistry in a multidisciplinary research context.

Technology: general issues --- hypergolic reactions --- sodium peroxide --- carbon nanosheets --- fullerols --- useful energy --- gold nanoparticles --- photothermal effect --- nanoink --- inkjet printing --- secure writing --- anti-counterfeit --- crosslinking polymerization (curing) --- decomposition --- degradation --- liquid and solid state --- phase transitions --- thermal analysis --- colloidal heterostructures --- seed mediated growth --- heterogeneous nucleation --- PbS/TiO2 heterostructure --- TiO2 nanocrystal defects --- antiferromagnet --- double perovskite --- high-κ dielectric --- nickel --- tellurium --- tungsten --- central nervous system (CNS) --- blood–brain barrier (BBB) --- self-assembled polymeric nanoparticles --- intranasal delivery --- biodistribution --- dendrimers --- microwaves --- hexaazatrinaphthylenes --- graphene nanoplatelets --- honeycomb structures --- modified couple stress theory --- quasi-3d hyperbolic shear deformation theory --- sandwich structures --- vibration analysis --- polymer-derived ceramics --- nanocomposites --- TiN --- TiC --- Si3N4 --- SiC --- structural properties --- cross-coupling reactions --- microwave irradiation --- ultrasounds --- mechanochemistry --- solvent-free --- water --- ionic liquids --- deep eutectic solvents --- sustainability --- nanomaterials --- electrochemical sensors --- hydroxycinnamic acids --- caffeine --- nitrite --- lead halide perovskites --- sensors --- photoluminescence --- amplified spontaneous emission --- thin films --- hybrid hydrogels --- controlled drug delivery --- protein crystallization --- lysozyme --- hypergolic reactions --- sodium peroxide --- carbon nanosheets --- fullerols --- useful energy --- gold nanoparticles --- photothermal effect --- nanoink --- inkjet printing --- secure writing --- anti-counterfeit --- crosslinking polymerization (curing) --- decomposition --- degradation --- liquid and solid state --- phase transitions --- thermal analysis --- colloidal heterostructures --- seed mediated growth --- heterogeneous nucleation --- PbS/TiO2 heterostructure --- TiO2 nanocrystal defects --- antiferromagnet --- double perovskite --- high-κ dielectric --- nickel --- tellurium --- tungsten --- central nervous system (CNS) --- blood–brain barrier (BBB) --- self-assembled polymeric nanoparticles --- intranasal delivery --- biodistribution --- dendrimers --- microwaves --- hexaazatrinaphthylenes --- graphene nanoplatelets --- honeycomb structures --- modified couple stress theory --- quasi-3d hyperbolic shear deformation theory --- sandwich structures --- vibration analysis --- polymer-derived ceramics --- nanocomposites --- TiN --- TiC --- Si3N4 --- SiC --- structural properties --- cross-coupling reactions --- microwave irradiation --- ultrasounds --- mechanochemistry --- solvent-free --- water --- ionic liquids --- deep eutectic solvents --- sustainability --- nanomaterials --- electrochemical sensors --- hydroxycinnamic acids --- caffeine --- nitrite --- lead halide perovskites --- sensors --- photoluminescence --- amplified spontaneous emission --- thin films --- hybrid hydrogels --- controlled drug delivery --- protein crystallization --- lysozyme