Materials in simulation

Know your materials

Practical knowledge for simulation professionals who need to understand how material behavior is tested, modeled, and represented in FEA.

Latest Material Insights

The Knowledge Base

Sort byDateViews

Polymer Melt Rheology: A guide for Industrial Practice: Book Review

by DatapointLabs5,484 views

Two approaches to polymer processing rheology are discernible; by theoreticians. who are concerned with a fundamental description of what would be happening if certain idealized criteria are met; and by practitioners, who are concerned with the results of what is actually happening.” In his newly revised book, Mr. Cogswell skillfully treads the middle ground between these camps, providing an interesting, informative guide to rheology for the design engineer.

Read full post
Book ReviewIndustrial GoodsRheology

Mechanical Properties of Polymers and Composites, 2nd Edition: Book Review

by DatapointLabs5,503 views

This book presents a valuable resource for engineers and designers seeking to apply structural analysis and other advanced methods to the design of plastic parts. The reader learns what to expect for the mechanical properties of polymers and develops a grasp of how plastics respond to various applied stress conditions. The book introduces mechanical tests and polymer transitions, moving onward into chapters on elastic behavior, creep and stress relaxation, dynamic mechanical properties, stress- strain behavior and strength, It also covers abrasion, fatigue, friction and stress cracking. Additionally, the effects of fillers and fibers on these properties are considered.

Read full post
Book ReviewCompositesMechanicalPlasticsStructural Analysis

Structural Analysis of Thermoplastic Components: Book Review

by DatapointLabs6,094 views

The primary purpose of this book is to describe the application of modern engineering analysis techniques to the design of components fabricated from thermoplastic materials. The book, the first of its kind to address the unique behavioral characteristics of thermoplastics and their impact on finite element analysis (FEA), points out the need for plastics designers to move on to nonlinear analysis in order to truly simulate the behavior of plastic parts. According to the authors, the easy availability of high speed computing and efficient analysis codes means that it is no longer necessary nor cost-effective to restrict oneself to simple linear analyses.

Read full post
Book ReviewNonlinear Material ModelsPlasticsStructural AnalysisThermoforming