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T. Pritz
Observed names:
Pritz, Tamás,
T Pritz,
T. PRITZ,
Tamas Pritz,
Tamás Pritz
Institution:
Budapest University of Technology and Economics
Observed institutions:
Budapest University of Technology and Economics,
Research and Development for Silicates and Ceramics
OpenAlex ID:
A5069169117
Analysis of Four-parameter Fractional Derivative Model of Real Solid Materials
1996
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T. Pritz
·
Journal of Sound and Vibration
·
382
Five-parameter fractional derivative model for polymeric damping materials
2003
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T. Pritz
·
Journal of Sound and Vibration
·
299
Frequency Dependences of Complex Moduli and Complex Poisson's Ratio of Real Solid Materials
1998
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T. Pritz
·
Journal of Sound and Vibration
·
142
Measurement methods of complex Poisson's ratio of viscoelastic materials
2000
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T. Pritz
·
Applied Acoustics
·
79
Transfer function method for investigating the complex modulus of acoustic materials: Spring-like specimen
1980
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T. Pritz
·
Journal of Sound and Vibration
·
78
Dynamic Young's Modulus And Loss Factor Of Plastic Foams For Impact Sound Isolation
1994
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T. Pritz
·
Journal of Sound and Vibration
·
73
The Poisson's loss factor of solid viscoelastic materials
2007
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T. Pritz
·
Journal of Sound and Vibration
·
65
Transfer function method for investigating the complex modulus of acoustic materials: Rod-like specimen
1982
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T. Pritz
·
Journal of Sound and Vibration
·
59
Verification of Local Kramers–kronig Relations for Complex Modulus by Means of Fractional Derivative Model
1999
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T. PRITZ
·
Journal of Sound and Vibration
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51
Frequency power law of material damping
2004
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T. Pritz
·
Applied Acoustics
·
46
Frequency dependence of frame dynamic characteristics of mineral and glass wool materials
1986
·
T. Pritz
·
Journal of Sound and Vibration
·
34
Loss Factor Peak of Viscoelastic Materials: Magnitude to Width Relations
2001
·
T. PRITZ
·
Journal of Sound and Vibration
·
33
Unbounded complex modulus of viscoelastic materials and the Kramers–Kronig relations
2004
·
T. Pritz
·
Journal of Sound and Vibration
·
26
Dynamic Young's modulus and loss factor of floor covering materials
1996
·
T. Pritz
·
Applied Acoustics
·
26
Relation of bulk to shear loss factor of solid viscoelastic materials
2009
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T. Pritz
·
Journal of Sound and Vibration
·
21
Apparent complex Young's modulus of a longitudinally vibrating viscoelastic rod
1981
·
T. Pritz
·
Journal of Sound and Vibration
·
19
Dynamic strain of a longitudinally vibrating viscoelastic rod with an end mass
1982
·
T. Pritz
·
Journal of Sound and Vibration
·
13
Non-linearity of frame dynamic characteristics of mineral and glass wool materials
1990
·
T. Pritz
·
Journal of Sound and Vibration
·
12
Analysis of errors in investigating the complex modulus of viscoelastic materials by the coated beam method
1978
·
T. Pritz
·
Journal of Sound and Vibration
·
6
Choice of thickness ratio of a coated beam used for investigating the complex modulus of viscoelastic materials
1979
·
T. Pritz
·
Journal of Sound and Vibration
·
2
A novel fractional derivative model for rubber-like viscoelastic materials
2026
·
Tamás Pritz
·
The Journal of the Acoustical Society of America
Bounds on the imaginary part of complex Poisson’s ratio of viscoelastic materials
2019
·
Tamás Pritz
·
The Journal of the Acoustical Society of America
Modelling of dynamic behaviour of viscoelastic materials in the frequency domain
2016
·
Tamás Pritz
·
The Journal of the Acoustical Society of America
On frequency dependences of material damping and dynamic elastic properties
2015
·
Tamás Pritz
·
The Journal of the Acoustical Society of America
Accuracy of local Kramers–Kronig relations between material damping and dynamic elastic properties
2014
·
Tamas Pritz
·
The Journal of the Acoustical Society of America
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Works count:
32
Citation count:
1,466
H-index:
16
I10-index:
18
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