16:29 Thierry Thomas (thierry) 

science/tfel: upgrade to 4.0.0

Release notes at <http://tfel.sourceforge.net/release-notes-4.0.html>.

    1934391

14:48 thierry 

Upgrade to 3.4.0

Release notes at <http://tfel.sourceforge.net/release-notes-3.4.html>.

 

19:53 pfg 

science/tfel: update to version 3.3

Release Notes:
	http://tfel.sourceforge.net/release-notes-3.3.html

Approved by:	thierry (mentor)

 

17:20 pfg 

science/tfel: update to version 3.2.2

Reported by:	portscout
Approved by:	thierry (mentor)

 

00:54 pfg 

science/tfel: Update to version 3.2.1

Latest version also pet portlint and per portlint with a work around, for now,
some issue detecting python.

Approved by:	thierry (mentor)

 

20:53 swills 

science/tfel: update to version 3.1.2

PR:		228657
Submitted by:	pfg (maintainer)

 

21:55 thierry 

Update science/tfel to 3.1.1 and turn on python option by default.

PR:		223952
Submitted by:	pfg (maintainer)

 

10:43 thierry 

Upgrade to 3.0.2.

The new version brings important support for Abaqus(TM) and will be supported
in a future release of CalculiX.

PR:		216315
Submitted by:	Pedro F. Giffuni

 

18:14 amdmi3 

- Update to 2.0.4

PR:		216252
Submitted by:	pfg@FreeBSD.org (maintainer)

 

16:49 thierry 

`MFront` is a code generator which translates a set of closely related
domain specific languages into plain C++ on top of the `TFEL`
library. Those languages covers three kind of material knowledge:

- material properties (for instance the
  Young modulus, the thermal conductivity, etc.)
- mechanical behaviours. Numerical performances of
  generated mechanical behaviours was given a particular
  attention. Various benchmarks shows that `MFront`
  implementations are competitive with native implementations
  available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers.
- simple point-wise models, such as material swelling
  used in fuel performance codes.

`MFront` comes with an handy easy-to-use tool called `MTest` that can
test the local behaviour of a material, by imposing independent
constraints on each component of the strain or the stress. This tool
has been much faster (from ten to several hundred times depending on
the test case) than using a full-fledged finite element solver.

WWW: http://tfel.sourceforge.net/

PR:		212375
Submitted by:	Pedro F. Giffuni