Mrs
Dr
Miss
Ms
Prof
Printer Friendly
Printed from http://www.researchandmarkets.com/reports/1906870
Fracture of Advanced Composites with Nanofiber Reinforced Interfaces. Edition No. 1
Description:
Advanced polymer composites have being found
increasing use in a wide variety of load-carrying
structural applications where their specific
strength and stiffness plays a crucial role. One of
the major problems with these materials is their
poor resistance to delamination, particularly the
free-edge and impact-induced delamination. Various
designs to improve delamination resistance resulted
in considerable weight and cost penalties. A novel
delamination suppression concept was proposed
recently based on nanofiber reinforcement of
interfaces between plies in advanced laminated
composites (Dzenis and Reneker, 2001). As one of the
contributors to this research, the author's
study focused on the comprehensive experimental and
theoretical analysis of edge effects in these novel
composites, analysis of rate effects on their
interlaminar fracture, development of methods and
experimental characterization of their
dynamic/impact fracture, and development of new
crack models for thin layers and composite
laminates. This monograph
is the summary of the author’s work in this study.
increasing use in a wide variety of load-carrying
structural applications where their specific
strength and stiffness plays a crucial role. One of
the major problems with these materials is their
poor resistance to delamination, particularly the
free-edge and impact-induced delamination. Various
designs to improve delamination resistance resulted
in considerable weight and cost penalties. A novel
delamination suppression concept was proposed
recently based on nanofiber reinforcement of
interfaces between plies in advanced laminated
composites (Dzenis and Reneker, 2001). As one of the
contributors to this research, the author's
study focused on the comprehensive experimental and
theoretical analysis of edge effects in these novel
composites, analysis of rate effects on their
interlaminar fracture, development of methods and
experimental characterization of their
dynamic/impact fracture, and development of new
crack models for thin layers and composite
laminates. This monograph
is the summary of the author’s work in this study.
Author
Xiangfa, Wu.
Xiangfa Wu is assistant professor in mechanical engineering and
applied mechanics at the North Dakota State University,USA. His
research interests include nanomaterials, polymer matrix
composites,fracture and impact mechanics, etc. He has his Ph.D.
in Applied Mathematics (1998) and Engineering Mechanics
(Nanocomposites)(2003).
Xiangfa Wu is assistant professor in mechanical engineering and
applied mechanics at the North Dakota State University,USA. His
research interests include nanomaterials, polymer matrix
composites,fracture and impact mechanics, etc. He has his Ph.D.
in Applied Mathematics (1998) and Engineering Mechanics
(Nanocomposites)(2003).
Ordering:
Order Online - visit http://www.researchandmarkets.com/reports/1582661
Order by Fax - using the order form below
Order By Post - print the order form below and send to
Research and Markets,
Guinness Centre,
Taylors Lane,
Dublin 8,
Ireland.
Page 1 of 2
Printed Thursday, May 23, 2013
10:25:24 AM
10:25:24 AM
Fax order form
To place a fax order simply print this form, fill in and fax the completed form to the number below. If you have any questions please email help@researchandmarkets.net
Order information
Please verify that the product information is correct and select the format you require.
Product name
Fracture of Advanced Composites with Nanofiber Reinforced Interfaces. Edition No. 1
Web Address
http://www.researchandmarkets.com/reports/1906870
Office Code
OC8DIQSOPMQVXY
Report Formats
Please enter the quantity of the report format you require.
| Format | Quantity | Price | Hard Copy (Paper Back) |
|
EURO€ 79.00 + EUR€ 25.00 Shipping/Handling * |
|---|
* Shipping/Handling is only charged once per order.
Contact information
Please enter all the information below in block capitals.
Title:
Mr
Mrs
Dr
Miss
Ms
Prof
Mrs
Dr
Miss
Ms
Prof
First Name:
Last Name:
Email Address:
Job Title:
Organisation:
Address:
City:
Postal / Zip Code:
Country:
Phone Number:
Fax Number:
Please fax this form to:
(646) 607-1907 or (646) 964-6609 (from USA)
+353-1-481-1716 or +353-1-653-1571 (from Rest of World)
Page 2 of 2
Printed Thursday, May 23, 2013
10:25:24 AM
10:25:24 AM
Payment information
Please indicate the payment method you would like to use by selecting the appropriate box.
Pay by Credit Card:
American Express
Diners Club
Master Card
Visa
Cardholder's Name:
Cardholder's Signature:
Expiry Date:
/
Card Number:
CVV Security Code:
Issue date:
/ (Diners Club only)
Pay by Check:
Please post the check, accompanied by this form, to:
Research and Markets,
Guinness Centre,
Taylors Lane,
Dublin 8,
Ireland.
Pay by Wire Transfer:
Please transfer funds to:
Account Number:
83313083
Sort Code:
98-53-30
Swift Code:
ULSBIE2D
IBAN Number:
IE78ULSB98533083313083
Bank Address:
Ulster Bank,
27-35 Main Street
Blackrock,
Co. Dublin
Ireland.
27-35 Main Street
Blackrock,
Co. Dublin
Ireland.
If you have a Marketing Code please enter it below:
Marketing Code:
Please note that by ordering from Research and Markets you are agreeing to our Terms and Conditions at http://www.researchandmarkets.com/info/terms.asp