MATERIALS SCIENCES CORPORATION
215-542-8400 x120
181 Gibraltar Road
Horsham, Pennsylvania
19044-0008
, USA
http://www.materials-sciences.com
Fax: 215-542-8401
Website Links: MATERIALS SCIENCES CORPORATION | Bolted Joint Analysis | Circular Hole | Composites Calculator (Free) | Countervail | Download SUBLAM 10 | Effective Properties... | Engineering Services | Exact Section Properties | Examples | Free-Edge Stress | I Agree | Lamination Theory | LS-Dyna Module (MAT161/162) | Material Minds Software | Micromechanics | Multilayer Curved Beam | Pricing | Rectangular Plates | SUBLAM
| Year Established | 1987 |
| Annual Sales | US$2.5 Million - US$5 Million |
| Business Type | Service |
Web Site Results
- Materials Sciences Corporation - Home
Home Engineering Services Testing Services Products Careers Contact Us Materials Sciences Corporation has provided engineering services to the composites industry since 1970. During this time, we have participated in numerous programs that
- Why Mathematica
Why Mathematica The Material Minds system is built on Mathematica by Wolfram Research. User's are required to have a license for Mathematica 5 or greater in order to run any of the Material Minds
- What's Included
- Topic Areas Covered in Current Release Mechanics of Composites Micromechanics A full set of effective property calculations for particulate reinforced, and fiber reinforced composites. Phase average stress and strain output. Consistent handling of
- Lamination Theory
Return to Examples Main | Next Example Lamination Theory Package Examples Layer properties for T300/208 in form , using metric units We need to relate strains to applied load, so invert the inplane
- Micromechanics
Return to Examples Main | Next Example Composite Micromechanics Spherical Particles Modulus In[1]:= Use a case from [4], pg 57. Glass Microspheres in a polyester matrix. In[2]:= matrix={1,.45}; In[3]:= particle={40.8,.21}; In[5]:= In[6]:= Out[6]=