Backup of iNavier (No. 2)

• Backup list
• View the diff.
• View the diff current.
• View the diff for visual.
• View the source.
• Go to soft/iNavier.
  • 1 (2020-11-14 (Sat) 11:30:52)
  • 2 (2020-11-16 (Mon) 06:41:12)
  • 3 (2020-11-16 (Mon) 07:55:01)
  • 4 (2020-11-16 (Mon) 09:22:10)
  • 5 (2020-11-16 (Mon) 10:56:32)
  • 6 (2020-11-17 (Tue) 04:09:21)
  • 7 (2020-11-17 (Tue) 07:06:03)
  • 8 (2020-11-17 (Tue) 08:09:46)
  • 9 (2020-11-17 (Tue) 09:18:50)
  • 10 (2020-11-17 (Tue) 10:27:47)
  • 11 (2020-11-17 (Tue) 11:30:16)
  • 12 (2020-11-17 (Tue) 12:38:24)
  • 13 (2020-11-17 (Tue) 14:05:54)
  • 14 (2020-11-17 (Tue) 15:38:04)
  • 15 (2020-11-17 (Tue) 17:14:05)
  • 16 (2020-11-17 (Tue) 18:48:36)
  • 17 (2020-11-17 (Tue) 20:22:31)
  • 18 (2020-11-17 (Tue) 21:56:03)
  • 19 (2020-11-17 (Tue) 23:29:46)
  • 20 (2020-11-18 (Wed) 01:03:16)
  • 21 (2020-11-18 (Wed) 02:27:53)
  • 22 (2020-11-18 (Wed) 03:55:00)
  • 23 (2020-11-18 (Wed) 05:16:30)
  • 24 (2020-11-18 (Wed) 06:41:56)
  • 25 (2020-11-18 (Wed) 08:08:54)
  • 26 (2020-11-18 (Wed) 09:56:42)
  • 27 (2020-11-18 (Wed) 11:26:22)
  • 28 (2020-11-18 (Wed) 12:58:48)
  • 29 (2020-11-18 (Wed) 14:33:43)
  • 30 (2020-11-18 (Wed) 16:08:15)
  • 31 (2020-11-18 (Wed) 17:42:01)
  • 32 (2020-11-18 (Wed) 19:15:36)
  • 33 (2020-11-18 (Wed) 20:51:08)
  • 34 (2020-12-04 (Fri) 10:41:59)
  • 35 (2020-12-13 (Sun) 05:31:13)
  • 36 (2020-12-13 (Sun) 14:45:18)
  • 37 (2020-12-15 (Tue) 15:45:27)
  • 38 (2021-01-09 (Sat) 20:41:48)
  • 39 (2021-01-10 (Sun) 01:01:01)
  • 40 (2021-01-27 (Wed) 01:54:27)
  • 41 (2021-01-27 (Wed) 22:37:53)
  • 42 (2021-04-01 (Thu) 18:42:26)
  • 43 (2021-05-21 (Fri) 12:17:47)
  • 44 (2021-05-24 (Mon) 12:19:38)
  • 45 (2021-05-29 (Sat) 17:29:00)

iNavier - - 流体解析用CFDソフトウェア

メインページ	http://www.inavier.com
参考ページ1	http://
参考ページ2	http://
概要	流体解析用CFDソフトウェア
カテゴリ	[科学・技術/グラフ・計算], [研究・開発・設計/シミュレーション]
関連ソフト	--
検索	iNavierをGoogleで検索
ライセンス	フリー
Vectorページ	あれば登録→
窓の杜ページ	あれば登録→
登録日	2012-01-06

説明

iNavier is an incompressible Navier Stokes Solver. iNavier works with general unstructured grids (polyhedral meshes are supported). Grid files should be in Fluent 6.x formats. iNavier uses SIMPLE algorithm for pressure velocity coupling. It also provides basic turbulence models and basic heat transfer models.

Who should use it? The main target audience are students. iNavier tries to provide Navier Stokes solvers and frame work for users to add his/ her models concerning his/her research. This means user can concentrate on his research rather than spend hours trying to figure out Navier Stokes solvers. Others can also use this solver and easily modify it for their use.

コメント

• Cv9Bgz http://pills2sale.com/ viagra online -- Merziuz? 2020-11-14 (Sat) 11:30:52

#comment(above)