xyz軟體王

DLUBAL RSTAB v5.14.090 英文光碟正式版 (3D結構分析軟體)

破解說明:安裝前請先詳細閱讀crack資料夾內install.txt檔，即可完成安裝。



軟體簡介:

DLUBAL RSTAB v5.14.090 英文光碟正式版 (3D結構分析軟體)


內容說明:

RSTAB 5.xx是3D結構分析工具用於鑒定內力，支承反力和任何平面或立體空間的變形
，模組程式結構允許依照特殊需要加入附加的模組。附加的模組在當前可用於鋼結構
設計，木結構設計，壓曲模式的鑒定和臨界載荷因素，活動載荷，高級載荷合併體，
建設階段和用於動態分析。RSTAB 5.xx也和SHAPE結合，這是個用於任何薄牆截面的截
面性質分析的高級程式。


The statics programs of the RSTAB
family are used to determine the internal
forces, support reactions and
deformations of any two- or
three-dimensional structure. The modular
program concept meets individual user
demands for specific project
requirements. Add-on modules are
currently available for steel and timber
design, the determination of buckling
modes and critical load factors, moving
loads, advanced load combinations,
construction phases and for dynamic
analyses. RSTAB also interacts with
SHAPE-THIN, an advanced program for
the analysis of section properties for any
thin-walled cross-section.

RSTAB 5.xx is mainly known for its low
learning curve and outstandig graphical
user interface. The program provides
many very productive and helpful features
such as:

Calculation of 2D and 3D structures
according to 1st and 2nd order theory,
and of cable structures according to 3rd
order theory.

Automatical superpositioning of results
according to various criteria such as
'conditional' and 'either/or'.

Any result combination possible to
determine the decisive internal forces and
deformations.

Optional consideration of varying
construction levels with changing
structural geometries, hinge and support
conditions by means of the SUPER-LC
module.

Multi-language interface in English and
German. Work in English and print in
German or vice versa.

Integration of user-defined general
cross-sections such as I-shaped,
C-shaped or channel sections, angles, and
many more. Only the dimensions have to
be specified, RSTAB calculates all section
properties automatically.

Consideration of web-tapered elements,
rigid couplings, non-linear springs with
friction and cohesion effects,
eccentricconnections and elastic
foundations.

Adaptable graphics with animation of the
deformations.

Non-linear calculation of tension,
compression and spring members.