Developing an appreciation for the mechanical behavior of polymers materials in a lecture mode can be challenging for students if they have not bad the benefit of a laboratory experience . We have developed a simp le demonstration of thermoplastic polymeric behav ior using low-density polyethylene bags. The demonstration illustrates strengthening, rate effects, and directionality of strengthening and stiffness. Following the demonstration, students are better ab le to articulate the influence of structure, properties, processing , and performance as it applies to thermoplastic polymers
The research reported in this thesis is undertaken with the following objectives:1. To determine the...
The material behavior of polymers is known to be highly dependent on the rate of loading. However, l...
The research presented in this dissertation presents a methodology to experimentally predict and sim...
Developing an appreciation for the mechanical behavior of polymers materials in a lecture mode can b...
Industry has found practical application of most inexpensive bulk homopolymers . As new polymers wer...
This book provides a unified mechanics and materials perspective on polymers: both the mathematics o...
This learning activity will be helpful for students learning about plastic deformation. Specifically...
The Materials Science and Technology Teacher's Workshop (MAST) provides this lesson plan for student...
Development of new effective laboratory experiences to extend and reinforce knowledge from lectures ...
This chapter from the Materials Science and Technology Teacher's Handbook provides experiments and d...
In order for new materials to be implemented into industrial practice, rigorous characterization and...
Polymer materials are known to dilate during plastic deformation. This thesis is a study on some of ...
The design of a materials-science, educational experiment is presented. The student should understan...
Polymers are increasingly being used in engineering designs due to their favorable mechanical proper...
A report of work carried out during the period 1st October, 1967, to 31st March, 1963
The research reported in this thesis is undertaken with the following objectives:1. To determine the...
The material behavior of polymers is known to be highly dependent on the rate of loading. However, l...
The research presented in this dissertation presents a methodology to experimentally predict and sim...
Developing an appreciation for the mechanical behavior of polymers materials in a lecture mode can b...
Industry has found practical application of most inexpensive bulk homopolymers . As new polymers wer...
This book provides a unified mechanics and materials perspective on polymers: both the mathematics o...
This learning activity will be helpful for students learning about plastic deformation. Specifically...
The Materials Science and Technology Teacher's Workshop (MAST) provides this lesson plan for student...
Development of new effective laboratory experiences to extend and reinforce knowledge from lectures ...
This chapter from the Materials Science and Technology Teacher's Handbook provides experiments and d...
In order for new materials to be implemented into industrial practice, rigorous characterization and...
Polymer materials are known to dilate during plastic deformation. This thesis is a study on some of ...
The design of a materials-science, educational experiment is presented. The student should understan...
Polymers are increasingly being used in engineering designs due to their favorable mechanical proper...
A report of work carried out during the period 1st October, 1967, to 31st March, 1963
The research reported in this thesis is undertaken with the following objectives:1. To determine the...
The material behavior of polymers is known to be highly dependent on the rate of loading. However, l...
The research presented in this dissertation presents a methodology to experimentally predict and sim...