COMPOSITE ANALYSIS AND
STRUCTURAL SIZING SOFTWARE
Login
or
Register
HOME
Search Section:
Everything
Forum Only
Help Only
Website Only
Match:
Any search words
All search words
Advanced Search
Username
Password
Always stay logged in
Forgot your password?
Not a member?
Register Now
News:
HyperSizer.com has a Community Board and Customer Support System. Submit a ticket at
http://hypersizer.com/ticket
Home
Help
Search
Login
Register
HyperSizer Support Forum
»
Engineering & Analysis Methods
»
Material Strength Composites: Ply Approach
»
Interlaminar Tension (AID 204)
« previous
next »
Print
Pages: [
1
]
Go Down
Author
Topic: Interlaminar Tension (AID 204) (Read 53468 times)
joaquingut
Client
Posts: 4
Interlaminar Tension (AID 204)
«
on:
January 04, 2018, 07:28:41 PM »
Does Hypersizer calculate the radii used in equation 4.2 (HME Methods and Equations
Composite Strength, Ply-Based) from the mesh? We have to analyze some parts that have variable curvature and this would be very handy.
Logged
James
Administrator
Posts: 286
Re: Interlaminar Tension (AID 204)
«
Reply #1 on:
January 04, 2018, 10:04:52 PM »
Yes, the radius is computed from the grid locations. The radius of curvature is calculated per component, as described in the following help topic.
https://hypersizer.com/help_7.3/#FE-Shells/shell-buckling_span.php
See "Radius of Curvature Calculation"
The curvature is displayed on the "Buckling" tab and used for interlaminar tension, sandwich flatwise tension and panel buckling.
I hope this is helpful.
-James
Logged
Print
Pages: [
1
]
Go Up
« previous
next »
HyperSizer Support Forum
»
Engineering & Analysis Methods
»
Material Strength Composites: Ply Approach
»
Interlaminar Tension (AID 204)