<--- Back to Details
First PageDocument Content
Deformation / Organic polymers / Thermoplastics / Elasticity / Solid mechanics / Creep / Ultimate tensile strength / Polyimide / PEEK / Materials science / Mechanics / Chemistry
Date: 2015-05-20 03:15:24
Deformation
Organic polymers
Thermoplastics
Elasticity
Solid mechanics
Creep
Ultimate tensile strength
Polyimide
PEEK
Materials science
Mechanics
Chemistry

Understanding Creep in Composites: Lightweighting Your WorldTM Thermoplastics Creep can be defined as, “the continuous deformation of a material that is being subjected to a constant load.” Almost all materials can e

Add to Reading List

Source URL: www.fiberforge.com

Download Document from Source Website

File Size: 460,52 KB

Share Document on Facebook

Similar Documents

PDF Document

DocID: 1rqfI - View Document

Sonderforschungsbereich 595 Elektrische Ermüdung in Funktionswerkstoffen Kolloquium SommersemesterProf. Andy Edgar

Sonderforschungsbereich 595 Elektrische Ermüdung in Funktionswerkstoffen Kolloquium SommersemesterProf. Andy Edgar

DocID: 1rmaH - View Document

Page 1 of 4  SAFETY DATA SHEET TSCA Exempt - Polymer Exemption  Date Prepared :

Page 1 of 4 SAFETY DATA SHEET TSCA Exempt - Polymer Exemption Date Prepared :

DocID: 1rix0 - View Document

The role of molecular architecture on ordering in different hierarchic levels in materials for organic electronics D.V. Anokhin1,2*, D.A. Ivanov1,3 1

The role of molecular architecture on ordering in different hierarchic levels in materials for organic electronics D.V. Anokhin1,2*, D.A. Ivanov1,3 1

DocID: 1rfYL - View Document

touching lives every day  KetoprixTM aliphatic polyketones are novel, engineering thermoplastic resins that provide superior toughness, strength,

touching lives every day KetoprixTM aliphatic polyketones are novel, engineering thermoplastic resins that provide superior toughness, strength,

DocID: 1rfip - View Document