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A-Z Register

3

3D-Festigkeitsbedingungen für spröde Werkstoffe isotrop, transversal–isotrope UD-Schicht und orthotropes Gewebe

A

Abkürzungen, Begriffe, Definitionen

B

Bearbeitungsmaßnahmen von CFK Materialien Bruchkörper in der Textilbetonbemessung für porösen Beton, Leichtbeton, UHPC und Lamelle - Wozu sind diese gut ? Bruchkörper in der Textilbetonbemessung für porösen Beton, Normalbeton, UHPC und Lamelle - Wozu sind diese gut? Bruchversagenskörper nach Cuntzes ‘Failure Mode Concept (FMC)‘ und ihre Anwendung bei der Auslegung von Bauteilen aus ‘spröden‘ isotropen und UD-Composite-Werkstoffen

C

Carbonbeton im Bauwesen – rechnet es sich? Comparison between Experimental and Theoretical Results using Cuntze’s ‘Failure Mode Concept’ model for Composites under Triaxial Loadings - Part B of the WWFE-II- Cuntzes ‘Failure Mode Concept’ applicable to Static and Cyclic Strength Prediction of Isotropic, Transversely-isotropic and Orthotropic Materials

D

Development, Dimensioning and Design Verification of Load-carrying Structural Components

E

Efficient 3D and 2D Failure Conditions for UD Laminae and their Application within the Verificationof the Laminate Design Einführungsvortrag - AG Bemessung und Nachweis Entwicklung von Bauteilen aus Carbon Faser Kunststoff- Teil der Prozesskette Entwicklung von Bauteilen aus Faser-Kunststoff-Verbund: - Struktursimulation, Teil der Entwicklungs-Prozesskette

F

Fachbuchliste Faserverstärkte Polyesterharze Handhabung und sicheres Arbeiten Fatigue of Endless Fiber-Reinforced Composites - a novel failure mode-based approach Festigkeitsmodellierung der Baustoffe Beton und Lamelle Figures the predictive Capability of Failure Mode Concept-based Strength Criteria Formulas for Trace Calculation Formulations of Failure Conditions - Isn’t it basically just Beltrami and Mohr-Coulomb? Fortschritt Berichte: Neue Bruchkriterien und Festigkeitsnachweise für unidirektionalen Faserkunststoffverbund Fracture Failure Bodies of Porous Concrete (foam-like), Normal Concrete, Ultra-High-Performance-Concrete and of the Lamella -generated on basis of Cuntze’s Failure-Mode-Concept (FMC) Fracture Failure Surface of the Foam Rohacell 71 G Fundamentals in the Development of Reliable Structural Components?

G

Glossary General Composites Inc.

H

HSB - Buckling: General remarks and terms HSB: Choice of coordinates HSB: Classical Laminate Theory for laminates composed of unidirectional laminae, analysis flow chart, and related topics HSB: Essential topics in the determination of a reliablereserve factor HSB: Glossary with special emphasis put on composites

I

Impulsseminar: Angewandte Begriffe rund um den Carbonbeton Industry Requirements & Research State-of-the-Art substantiated by a lifetime prediction for UD lamina-composed laminates Invariant-based Theory of Composites Is a Costly Re-Design Really Justified if Slightly Negative Safety Margins are Encountered?

L

Lifetime Prediction for UD-materials by using Failure Mode-linked Modeling of Loading, S-N Curves, Kawai’s ‘Modified Fatigue Strength Ratio’, and Novel Haigh Diagrams Lifetime prediction of UD Lamina-composed Laminates (such as non-crimp fabrics) - a lamina-based engineering approach forfibre-dominated laminates -

M

Material Properties and Model Parameters, necessary for the Analysis of Static, Cyclic, and Dynamic Stress States

N

Non-linear Failure Analysis of FRP Laminates composed of UD laminae - A comparison of the author’s predictions with test results within the worldwide Failure Exercise in the UK - Normal Yielding NY and Compression-induced Critical Stress Intensity Factor Novel Fatigue Lifetime Prediction for Brittle Materials

P

Progress reached? -Lifetime Prediction for UD-materials by using S-N curves, Kawai’s Modified Fatigue Strength Ratio and Novel Haigh Diagrams Progress reached? Lifetime Prediction for UD-materials by using S-N curves, Strain Energy Equivalence or another Model and Novel Haigh Diagrams

R

Requirements in Product Development

S

Search of the Normal Yielding NY mode, inherent to Plexiglass Seminardokumentation - V18-15, Werkstoff Beton 18 Carbon-Beton Static & Fatigue Failure of High-Strength Laminates Static & Fatigue Failure of UD Ply-laminated Parts ? -a personal view and more - Static and Cyclic Strength of Laminates composedof Uni-directional, Endless Fibre reinforced Plies Static Failure and Fatigue Failure of UD ply-composed Structural Parts (novel treatment) Strength Failure Conditions of Structural Materials - Is there Some Common Basis existing? Strength Failure Conditions of the Various Structural Materials. Is there some Common Basis existing? Strength Failure Mode-based Treatment of S-N curves and Haigh Diagrams for Brittle behaving Materials with emphasis put on Embedded UD Lamina Material

T

Tackling Uncertainties in Design - uncertain design parameters, safety concept, modelling, analysis Technical terms for composite components in civil engineering and mechanical engineering The Failure Mode Concept FMC The Mohr Coulomb Fracture Failure Curve τnt(σn) and Associated Topics. The Mohr-Coulomb Fracture Failure Curve τnt(σn) and Associated Topics The Predictive Capabilitiy of Failure Mode Concept - Based Strength Criteria for Multidirectional Laminates The Predictive Capability of Failure Mode Concept - Based Strength Conditions for Laminates composed of UD understatic Tri-Axial Stress States The World-Wide-Failure-Exercises-I and -II for UD Materials - Valuable attempts to validate Failure Theories on Basis of more or less applicable Test Data Thementag AG 'Automatisierte Fertigung im Bauwesen inklusiv Serielles Bauen' Trace-based Design, Testing and Manufacturing of Composites

U

UD-Material Properties and Model Parameters, necessary for the Analysis of Static & Cyclic Stress States Unlocking Mystery of Composites

V

Vom Werkstoff bis zur Zulassung von Bauteilen aus Polymermatrix und Betonmatrix

W

Welche Composite-Werkstoffkennwerte gilt es zu messen? Werden wir einmal in additiv gefertigten Häusern wohnen? Will we really live in additively crafted houses, in future?