S. A. Paipetis

University of Patras

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P. S. Theocaris

Academy of Athens

Vassilis Kostopoulos

University of Patras

L. Vellios

University of Patras

George Papanicolaou

University of Patras

Alexander F. Vakakis

University of Illinois Urbana-Champaign

George Papanicolaou

Stanford University

N. Melanitis

Hellenic Naval Academy

Peter D. J. Grootenhuis

Vertex Pharmaceuticals (United States)

G. C. Christopoulos

University of Patras

M. Valavanidis

University of Patras

Cooperative Institutions

University of Patras

National Technical University of Athens

Leibniz-Institut für Verbundwerkstoffe GmbH

FORTH Institute of Chemical Engineering Sciences

Foundation for Research and Technology Hellas

University of Kaiserslautern

Vrije Universiteit Brussel

Stanford University

Vrije Universiteit Amsterdam

University of Ioannina

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Dynamic thermomechanical properties of composites based on thermoelastic wave scattering

Ingenieur-Archiv (1990)

Vassilis Kostopoulos L. Vellios S. A. Paipetis

Thermoelastic damping

Particle (ecology)

10.1007/bf00531254

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Citations (1)

Progress in science and engineering of composites

Fibre Science and Technology (1984)

S. A. Paipetis

10.1016/0015-0568(84)90019-8

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Citations (199)

Reinforcement of Damaged Concrete Columns by Filament Winding of Thermoplastic Composites

Polymers and Polymer Composites (2002)

K. Friedrich N. Glienke Joachim Flöck Frank Haupert S. A. Paipetis

An experimental study was conducted to compare various composite systems with different fibres (E-glass and carbon) in two different thermoplastic matrices (PPS, PEEK) for their strengthening efficiency for wrapped concrete columns. The results indicated that the use of E-glass fibres within a polyphenylenesulfide matrix to externally reinforce concrete columns is quite effective. The carbon fibre PEEK based system does not show much improvement in the load carrying capacity. The thickness of wrap/radius of concrete column-ratio also has an influence on the strengthening efficiency. For example ten layers of glass fibre/PPS-tapes resulted in a five fold improvement of the compressive strength of the non-reinforced concrete. Predamaged samples with the same amount of reinforcement were still 4.5 times stronger than the undamaged, non-reinforced concrete.

Thermoplastic Composites

10.1177/096739110201000402

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Citations (3)

An introduction to composite materials

Fibre Science and Technology (1982)

S. A. Paipetis

10.1016/0015-0568(82)90045-8

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Citations (517)

The Trojan Horse

History of mechanism and machine science/History of mechanism and machine sciense (2010)

S. A. Paipetis

Trojan horse

Greeks

Siege

10.1007/978-90-481-2514-2_19

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Citations (0)

Thermal properties of metal‐filled epoxies

Journal of Applied Polymer Science (1977)

George Papanicolaou S. A. Paipetis P. S. Theocaris

Abstract Thermal expansion coefficients and glass transition temperatures for metal–epoxy composites were determined experimentally. Results were in fair agreement with existing theories when certain fundamental assumptions were fulfilled. The effects of filler content and particle size as well as of adhesion between matrix and filler particles were investigated. The latter, in particular, was found to be of cardinal importance for the properties examined in the present work.

Filler (materials)

Particle (ecology)

Matrix (chemical analysis)

10.1002/app.1977.070210310

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Citations (47)

Effect of Testing Temperature on Interlaminar Fatigue Crack Growth in Fabric-Reinforced Thermoplastic Composites

Journal of Thermoplastic Composite Materials (1995)

G. C. Christopoulos S. A. Paipetis Ricardo Walter K. Friedrich

The interlaminar fatigue crack growth under mode I and mode II loading conditions in a temperature testing environment from 60'C to + 80°C has been investigated. Materials used to perform the mechanical tests were fabric-reinforced composite systems with either semicrystalline or amorphous thermoplastic matrices. For reference purposes, traditional epoxy-matrix composites reinforced with the same type of fibers were used. As a general conclusion, it can be stated that the fracture process is a complex interaction of parameters such as the matrix and fiber type, the loading conditions, and the testing temperature environment.

Thermoplastic Composites

10.1177/089270579500800204

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Citations (4)

Plane kinematics of moire fringes

Journal of Physics E Scientific Instruments (1973)

P. S. Theocaris S. A. Paipetis

A study of the kinematics of moire fringes produced by moving line gratings relative to each other provides an explanation for optical phenomena appearing during the motion. A method of determination of the instantaneous pole of relative rotation of the gratings is further derived.

Moiré pattern

10.1088/0022-3735/6/10/013

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Citations (1)

Dynamic Properties of Ellipsoidal-Particle Composites

Science and Engineering of Composite Materials (1991)

D. Polyzos M. Valavanidis S. A. Paipetis

Particle (ecology)

Ellipsoid

10.1515/secm.1991.2.1.11

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Citations (2)