Elastomer Mechanical Properties

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SUMMARY

This discussion focuses on obtaining material property information for common elastomers, specifically Neoprene(R), for flat gasket joint analysis. Key properties such as density (1.439 g cm^-3) and shock analysis parameters are highlighted, including the Gruneisen Coefficient (1.39) and shock wave parameters (C1: 2785 m s^-1, S1: 1.419). The forum participants recommend resources like www.matweb.com and ANSYS materials for further data, emphasizing the importance of specifying durometer (50-60 Shore A) for meaningful analysis.

PREREQUISITES
  • Understanding of elastomer material properties
  • Familiarity with durometer measurement (Shore A)
  • Basic knowledge of shock analysis techniques
  • Experience with material databases like MatWeb
NEXT STEPS
  • Research the Mie-Gruneisen equation of state for elastomers
  • Explore ANSYS material properties for Neoprene in shock analysis
  • Investigate the impact of durometer on elastomer performance
  • Learn about stress/strain curve analysis for elastomers
USEFUL FOR

Engineers, material scientists, and product designers involved in elastomer applications, particularly those focused on gasket joint analysis and shock performance evaluation.

Andronicus1717
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Specifically I'm looking for a resource that can provide me with basic material property information for common elastomers such as Neoprene(R) for the purposes of flat gasket joint analysis. Stress/strain curves and other such data would be very helpful.

I understand that elastomers material properties can vary greatly based on a great many things however common practice is to specify a basic material and a durometer i.e. Neoprene 50-60 durometer Shore A. Is such information enough to get meaningful material property data?
 
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I checked the ANSYS materials which has NEOPRENE listed for explicit analysis. The data is more for shock analysis than what I think you need, but just in case.

Density: 1.439 g cm^-3
Shock Equation of State Linear
Gruneisen Coefficient - 1.39
Parameter C1 - 2785 m s^-1
Parameter S1 - 1.419
Parameter Quadratic S2 - 0 s m^-1

I have never used this stuff, but here is a reference
http://en.wikipedia.org/wiki/Mie-Gruneisen_equation_of_state

just in case it's helpful.
 

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