Contact
How to shop
Delivery
Shopping guide
Ultrasonic Wave Attenuation in Cement-Based Materials
Characterization of Cement-Based Multiphase Materials Using Ultrasonic Wave Attenuation
English
120 b
Up to 30 days for returns
Customers also purchased
/
Paperback
5 568
Ft
/
Adobe ePub DRM
2 566
Ft
/
Paperback
11 383
Ft
/
Paperback
5 734
Ft
/
Paperback
11 293
Ft
Ultrasonic wave attenuation measurements have been used to successfully characterize the microstructure and material properties of inhomogeneous materials. Recent research has applied acoustic scattering models to predict ultrasonic attenuation in simple cement-based materials with good results. The goal of the current research is to extend this past work and to investigate the influence of elastic inclusions in order to simulate a more realistic microstructure: a cement paste matrix material that contains both sand inclusions and air voids. The sand inclusions simulate fine aggregates as they are present in real civil engineering structures, while the air voids provide an additional microstructure that is present in concrete components. This research considers an independent scattering model as well as a self-consistent effective medium theory approach in order to model the scattering attenuation due to the sand inclusions in the cement paste matrix. The research develops a reliable measurement technique that is essential to assess wave attenuation of particulate materials. The measured attenuation is finally compared to the model predictions and the results are discussed.
About the book
English
Give this book today
It's easy
1 Add to cart and choose Deliver as present at the checkout 2 We'll send you a voucher 3 The book will arrive at the recipient's addressYou might also be interested in
/
Paperback
6 425
Ft
/
Paperback
22 988
Ft
/
Paperback
14 593
Ft
/
Paperback
5 843
Ft
Hi! I'm Libroamiko, your book advisor.
How can I help you?