軟體介紹
3D Truss - Hand Analysis automatically generates the hand calculations required to solve any statically determinate or indeterminate truss. The generated
report shows all the steps that are required to solve these problems by hand, with well formatted and neat calculations within a customizable report (HTML & Latex PDF)
that can be viewed on the phone or easily exported to another device or computer. This app is well suited for first and third year engineering students to learn statics
and structural analysis, tutors and lectures to quickly provide fully worked solutions and practicing civil, mechanical, aeronautical and structural engineers who would
like an alternative method to check finite element results or provide hand calculations.
The method of joints is used to find the forces within the truss. Statics is used when it is determinate and the virtual work principal when indeterminate. This approach
lends itself well to hand calculations of trusses because they generally only have a few degrees of indeterminacy leading to smaller flexibility matrices for statically
indeterminate trusses than what would be required from the finite element or direct stiffness methods which require a matrix row and column for every degree of freedom.
Further to the calculations being less involved, the methodology is different from finite elements and therefore it is an ideal method for checking finite element
results.
report shows all the steps that are required to solve these problems by hand, with well formatted and neat calculations within a customizable report (HTML & Latex PDF)
that can be viewed on the phone or easily exported to another device or computer. This app is well suited for first and third year engineering students to learn statics
and structural analysis, tutors and lectures to quickly provide fully worked solutions and practicing civil, mechanical, aeronautical and structural engineers who would
like an alternative method to check finite element results or provide hand calculations.
The method of joints is used to find the forces within the truss. Statics is used when it is determinate and the virtual work principal when indeterminate. This approach
lends itself well to hand calculations of trusses because they generally only have a few degrees of indeterminacy leading to smaller flexibility matrices for statically
indeterminate trusses than what would be required from the finite element or direct stiffness methods which require a matrix row and column for every degree of freedom.
Further to the calculations being less involved, the methodology is different from finite elements and therefore it is an ideal method for checking finite element
results.
歷史版本
- 11/26/2019: 3D Truss - Hand Analysis 7
- Report a new version
- 軟體名稱: 3D Truss - Hand Analysis
- 軟體分類: 教育
- APK名稱: com.sw.structural.truss3d
- 最新版本: 7
- 支持ROM: 4.0及更高版本
- 軟體大小 : 1.36 MB
- 更新日期: 2019-11-26