Research Catalog

Title

Virtual testing and predictive modeling : for fatigue and fracture mechanics allowables / Bahram Farahmand, editor.

Publication

Dordrecht ; London : Springer, 2009.

Items in the Library & Off-site

Details

Additional Authors

Farahmand, Bahram.

Description

xxiii, 407 pages : illustrations; 24 cm

Subject

• Fracture mechanics
• Materials > Fatigue
• Strength of materials > Computer simulation
• Materialermüdung
• Numerisches Modell
• Werkstoffprüfung

Bibliography (note)

• Includes bibliographical references and index.

Contents

Virtual testing and its application in aerospace structural parts / Bahram Farahmand -- Tools for assessing the damage tolerance of primary structural components / R. Jones, D. Peng -- Cohesive technology applied to the modeling and simulation of fatigue failure / Spandan Maiti -- Fatigue damage map as a virtual tool for fatigue damage tolerance / Chris A. Rodopoulos -- Predicting creep and creep/fatigue crack initiation and growth for virtual testing and life assessment of components / K.M. Nikbin -- Computational approach toward advanced composite material qualification and structural certification / Frank Abdi [and others] -- Modeling of multiscale fatigue crack growth : nano/micro and micro/macro transitions / G.C. Sih -- Multiscale modeling of nanocomposite materials / Gregory M. Odegard -- Predictive modeling / Michael Doyle -- Multiscale approach to predicting the mechanical behavior of polymeric melts / R.C. Picu -- Prediction of damage propagation and failure of composite structures (without testing) / G. Labeas -- Functional nanostructured polymer-metal interfaces / Niranjan A. Malvadkar [and others] -- Advanced experimental techniques for multiscale modeling of materials / Reza S. Yassar, Hessam M.S. Ghassemi.

ISBN

• 9780387959238
• 0387959238
• 9780387959245
• 0387959246
• 9781489983701
• 1489983708

OCLC

• ocn310401006
• 310401006
• SCSB-9176692

Owning Institutions

Princeton University Library