Introducing TwoDFrameLT

TwoDFrameLT ('2D-Frame' 'light') is software for the linear elastic structural analysis and design of two-dimensional frames. If first or second order analysis, beam or column design, reinforced concrete, structural steel, or structural timber design: TwoDFrameLT always serves its users with a customised and relevant solution.

TwoDFrameLT is completely integrated within Android and is continuously adjusted to new Android versions. All source code is written by us and is brought into line with the constantly changing requirements of new codes of practice. Therefore, TwoDFrameLT stays relevant and has a guaranteed future.

TwoDFrameLT can easily be used in multi-language projects or working environments. It even can serve as a major communication tool for engineers working from different countries on international projects. Therefore, TwoDFrameLT is an active contribution to build a single European / World market.

TwoDFrameLT features a powerful graphical user interface unmatched in terms of ease-of-use and productivity. Creation and modification of the structural model, running the analysis, and checking and optimisation of the design are all done with the same interface. Structural analysis results are always at the structural engineer's finger touch. Armed with TwoDFrameLT, structural engineering becomes a delight.

Enjoy!

About TwoDFrameLT

TwoDFrameLT
Structural Analysis and Design of Two-Dimensional Frames
Copyright © 2014-2019, Ralf Martin Hansen
All Rights Reserved
Made in Europe

Ralf Martin Hansen
Schwarzwaldstr. 22
78234 Engen - Germany
www.RalfMartinHansen.de

Product Features

Daily Use:

Easy-to-use graphical user interface
Comprehensive help
E-mail support

Structural Analysis:

Rigid, sliding and pin-ended linear elastic frame elements
Truss, tension-only, and compression-only elements
Frame elements on elastic foundation
Rigid, sliding, pinned, elastic, and rotated supports
User-definable materials
Standard material library
User-definable sections
Steel section library (European / British / German / American sections)
Node loads
Concentrated loads (local or global oriented)
Distributed loads (local, element global, or system global oriented)
Self-weight, Self-weight load
Temperature loads
Axial prestress loads
Imperfections (inclinations and eccentricities)
Support settlements
Prescribed node translations and rotations
User-definable load cases
User-definable load combinations
Enveloping of load combinations
Automatic enveloping for systems like continuous beams
Analysis with or without shear deflections
First and second order static analysis (P-Δ)

Post-processing:

All output is suitable for submission to checking authorities
Customisable report with tabulated input data and results
Loading diagrams
Deformed shape diagrams
Bending moment, shear force, and axial force diagrams
Stress and stress ratio diagrams of structural steel and structural timber members
Diagrams for required reinforcement of reinforced concrete members
Influence lines
Elastic-Elastic (E-E) or Elastic-Plastic (E-P) design according to Eurocode 3
Plastic-Plastic (P-P) design according to Eurocode 3
Buckling design according to Eurocode 3 and Eurocode 5
Required reinforcement according to Eurocode 2 and DIN 1045
Model column method according to Eurocode 2 and DIN 1045
Bill of materials

Handy:

Html-Reports for further editing with your favourite html-editor

Civil Engineering Students:

Output of all matrices to check hand calculations with the matrix displacement method