Skip to main navigation
Skip to search
Skip to main content
Northwestern Scholars Home
Help & FAQ
Home
Experts
Organizations
Research Output
Grants
Equipment
Datasets
Search by expertise, name or affiliation
Frequency-dependent stress wave attenuation in cement-based materials
Eric N. Landis,
Surendra P. Shah
Civil and Environmental Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
105
Scopus citations
Overview
Fingerprint
Fingerprint
Dive into the research topics of 'Frequency-dependent stress wave attenuation in cement-based materials'. Together they form a unique fingerprint.
Sort by
Weight
Alphabetically
Earth and Planetary Sciences
Attenuation
60%
Specimen
40%
Ultrasonics
40%
Stress Wave
40%
Receiver
40%
Point Source
40%
Diffraction
20%
Wave Attenuation
20%
Ultrasonic Radiation
20%
Inhomogeneity
20%
Ultrasonic Test
20%
Aggregate Size
20%
Sample
20%
Investigation
20%
Datum
20%
Shape
20%
Set
20%
Mixture
20%
Concrete
20%
Testing of Material
20%
INIS
attenuation
100%
ultrasonics
80%
frequency dependence
40%
point sources
40%
cements
40%
data
20%
size
20%
investigations
20%
curves
20%
mixtures
20%
wave propagation
20%
ultrasonic waves
20%
nondestructive testing
20%
portland cement
20%
Engineering
Ultrasonics
40%
Source Point
40%
Receivers
40%
Point Source
40%
Inhomogeneity
20%
Cement Paste
20%
Test System
20%
Test Specimen
20%
Portland Cement
20%
Cement-Based Material
20%
Non-Destructive Testing
20%
Dependent Attenuation
20%
Individual Component
20%
Propagation Characteristic
20%
Characteristics
20%
Mixture
20%
Physics
Stress Wave
80%
Attenuation
60%
Point Source
40%
Frequencies
40%
Wave Propagation
20%
Inhomogeneity
20%
Ultrasonic Radiation
20%
Ultrasonic Tests
20%
Shapes
20%
Mixtures
20%
Concrete
20%
Material Science
Material
60%
Ultrasonic Testing
20%
Portland Cement
20%
Mixture
20%
Concrete
20%