Properties of Lightweight Thermal Insulation Plasters
p.310
p.310
Porosity Evaluation of Alternative Materials Based on Portland Cement
p.314
p.314
Reduction of Efflorescence in the Alkali Activated Systems
p.318
p.318
The Strength of Masonry with Low Compressive Strength of Mortar
p.322
p.322
Use of Composite Elements for Monitoring of Concrete under Loading
p.326
p.326
Mechanical Fracture Parameters of Fine-Grain Concretes with Zeolite: Effect of Composition and Origin of Cements
p.330
p.330
Non-Destructive Acoustic Testing of High-Temperature Degraded Composite Cementations Materials Containing Rubber Aggregates and Ethylen Vinyl Acetate Polymer Binder
p.334
p.334
Properties of Materials from Activated Fly Ash from Fluidized Burning
p.338
p.338
Stabilization of Indoor Humidity by Rammed Earth
p.342
p.342
Use of Composite Elements for Monitoring of Concrete under Loading
Abstract:
The object of our project is a design and verification of composite elements of defined shape with effective content of carbon particles and fibers. These composites should be able to monitor internal state of selected structural elements in order to eliminate negative effects of loading.
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Periodical:
Advanced Materials Research (Volume 1000)
Pages:
326-329
Citation:
Online since:
August 2014
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© 2014 Trans Tech Publications Ltd. All Rights Reserved
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