Concrete (related software)

Concrete

Overview
Related Software

• ADAPT-ABI - Special-purpose program for the design and analysis of prestressed concrete bridges built either segmentally or conventionally. It provides information for geometry and stress control during construction, as well as design values for service load.
• ATENA - Program for simulation of real behavior of concrete and reinforced concrete structures.
• Advance Concrete - Advance Concrete is modeling software for structural engineers and detailers seeking a simple to use and completely integrated package in AutoCAD to create all their construction drawings.
• Advanced Column Program - Interactive design of reinforced concrete columns. Generates P/M interaction diagram and displays moment magnification factor for slender columns.
• Allplan - Nemetschek Allplan provides object-oriented planning and design software for architects and engineers. It enables users to create architectural and structure models, as well as obtain information on quantities and costs throughout all project phases. What makes this software special is that you can switch between 2D drafting and 3D modeling depending on the project phase or type. In this way, you can combine the best of both worlds and use the approach that suits you best at any time.
• BIAX 1 - Legacy software from 19992 to evaluate uniaxial and biaxial strength and deformation characteristics of reinforced concrete (R/C) sections. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley. BIAX-1: Analysis of Reinforced Concrete Sections Wallace, John W.; Moehle, Jack P. Department of Civil Engineering, University of California, Berkeley, 1992, BIAX-1 is a general purpose computer program to evaluate uniaxial and biaxial strength and deformation characteristics of reinforced concrete (R/C) sections. The program computes these characteristics based on the assumption that plane sections remain plane after the application of loading. The program can be used to compute strength or moment-curvature relations for uniaxial or biaxial monotonic loading of reinforced concrete sections. Nonlinear material models are used for both the reinforcing steel and the concrete. The model for the stress-strain behavior of the reinforcing steel is versatile, allowing relations that closely approximate experimentally observed behavior.The program allows two stress-strain diagrams for concrete (unconfined and confined) and four relations for reinforcing steel. The R/C section is described as a combination of rectangular subsections; therefore the program allows easy generation of T, L, or barbell shaped sections. The program user specifies a mesh for each subsection. An iterative procedure (simple bisection algorithm) is used to obtain a solution for the prescribed problem.
• CELL4 - Legacy software from 1985 which based upon the finite element method and is particularly suited for the analysis of post-tensioned box girder bridges of constant depth which have arbitrary plan geometry and support conditions. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley. CELL4: Elastic Finite Element Analysis of Prestressed Cellular Structures of Arbitrary Plan Geometry and Constant Depth Chan, Esmond C.-Y.; Scordelis, Alex C. Department of Civil Engineering, University of California, Berkeley, 1985, CELL4 is a program based upon the finite element method and is particularly suited for the analysis of post-tensioned box girder bridges of constant depth which have arbitrary plan geometry and support conditions. The bridge can be straight, curved, or quadrilateral in plan. The longitudinal interior webs must be vertical, but the longitudinal exterior webs can be vertical, sloping, or curved. Transverse diaphragms can be modelled by vertical web elements or by special web elements in regions with sloping or curved webs. The top and bottom deck slabs as well as the interior and the exterior webs may be prestressed. Boundary conditions at any nodal point are arbitrary, allowing rigid supports as well as translational and rotational elastic supports, oriented in any arbitrary direction to simulate the stiffness of the supporting columns and bents. For prestressing analysis an automatic input has been provided to define the geometry of the two types of post-tensioned unbonded tendons which can be used. Each panel or slab tendon can be stressed either from one end or both ends, and losses due to friction and anchorage slip are accounted for. In order to facilitate the interpretation of output, an automatic integration of internal forces to give individual girder and total sectional force resultants is incorporated. This permits a better understanding of the load carrying mechanism in a complex bridge system, and can also be used to carry out equilibrium checks easily.
• CSI COL - Design of simple and complex reinforced concrete columns.
• Concrete Design - Digital Canal's Concrete Beam designs one-way flexural members, including beams, one-way slabs and joists. The structural design program includes beam dimensions, bar sizes, quantities, development lengths, cut off locations, stirrup spacing, deflection checks, capacity diagrams and more. Digital Canal's Concrete Column will design or check concrete columns for axial tension, compression and biaxial moments. Output includes section dimensions, number of bars, bar spacing, moment magnifiers, interaction curves and more.
• Digital Canal Corporation Software Suite - Structural engineering, detailing, and drafting software: (1) VersaFrame - Frame Analysis; (2) Retaining Wall Design; (3) Footing Design; (4) Steel Design; (5) Masonry Wall Design; (6) Pile Cap Design; (7) Timber Design; (8) Wind Analysis; (9) Concrete Design; (10) StructPro - 2D drafting & detailing program for steel and concrete; (11) DetailPro - library of over 2500 pre-drawn details is sorted and organized by Construction Specification Institute (CSI) category.
• GT Strudl - Structural Design & Analysis software programs for Architectural - Engineering - Construction (AEC), CAE/CAD, utilities, offshore, industrial, nuclear and civil works facilities. GT STRUDL integrates modeling, analysis, and design into a powerful information processing system. GT STRUDL key features include Linear and Nonlinear Static and Dynamic Analysis, Plastic Hinges, Pushover Analysis, and Buckling Analysis. A wide range of 2D and 3D elements are available including Cable and Base Isolation elements. US and International Steel and Concrete Design Codes. CAD interfaces are available including the ability to import and export CIS/2 files.
• ISADAB - Legacy software from 1986 for the transverse inelastic analysis of reinforced concrete highway bridges. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley. ISADAB: Inelastic Static and Dynamic Analysis of Bridges Saiidi, Mehdi; Lawver, Renee A.; Hart, James D. Civil Engineering Department, University of Nevada, Reno, Nevada, 1986, ISADAB was developed for the transverse inelastic analysis of reinforced concrete highway bridges. The following tasks can be carried out by the program: (a) static analysis, (b) free-vibration analysis for initial displacements caused by static loads, (c) frequency analysis based on instantaneous stiffness during static loading, and (d) earthquake response analysis. The nonlinear effects are accounted for by incorporating translational and rotational springs at abutments, pier foundations, and at the base of piers. The deck and piers are treated as line elements. Two hysteresis models are used to represent the cyclic behavior of the nonlinear components: the Ramberg-Osgood model (for abutment springs) and the TQ-Hyst model (for pier and foundation springs), which operates on a tri-linear primary curve.
• LAPBOX - Legacy software from 1986 for the analysis of curved nonprismatic reinforced and prestressed concrete box girder bridges. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley. LAPBOX: Linear Elastic Analysis of Box Girder Bridges Choudhury, Deepak Department of Civil Engineering, University of California, Berkeley, 1986, LAPBOX is an implementation of a numerical procedure for the analysis of curved nonprismatic reinforced and prestressed concrete box girder bridges. Thin-walled beam theory and the finite element method are combined to develop a curved nonprismatic thin-walled box beam element. The cross section of the element is a rectangular single-cell box with side cantilevers. The axis of the element is curved in plan. The cross sectional dimensions vary along the element axis. Eight displacement degrees of freedom, including transverse distortion and longitudinal warping of the cross section are considered at each of the three element nodes. Small displacements and small strains are assumed in the element formulation. Prestressing, consisting of post-tensioned bonded tendons in the longitudinal direction, is considered. The tendons are idealized as straight prestressing steel segments between nodes of the box beam elements. Friction and anchorage slip losses are considered.
• LUSAS Civil & Structural - Structural engineering analysis software with comprehensive facilities for all types of civil and structural analysis including linear, nonlinear, staged construction, creep, prestress, post tensioning, seismic, blast, buckling, impact, fire and fatigue analysis. LUSAS Civil & Structural software is used on all types of structures from buildings, grandstands and towers through to dams, docks and tunnels. Software in available in 3 software levels with software options available to extend analysis capabilities to allow Vehicle Load Optimisation, Fast Multifrontal Solvers, Interactive Modal Dynamic Analysis, Nonlinear Analysis, Dynamic Analysis, Thermal / Field Analysis, Heat of Hydration Analysis, Rail Track Analysis.
• MasterKey Concrete Design - Design of concrete beams, columns and pad foundations.
• MasterKey Retaining Walls Design - Design of both reinforced and unreinforced concrete and masonry retaining walls to CP2, BS 8002, BS 8110, IS 325, and BS 5628.
• OpenSees - OpenSees is an open source software framework for structural and geotechnical applications in both sequential and parallel environments. It has been developed in the research community as a means of sharing research ideas and developments via a common software platform. It has elements and materials for structural beam-column analysis and continuum analysis, geotechnical contiuum analysis and soil-structure interaction. It provides many options for solution algorithms, integration schemes, and equation solvers. A number of applications are provided for sequential and parallel usage. It is primarily written in C++, though it makes usee of many legacy ruoutines written in c and fortran. Element and materials API's allow new elements and materials to be written in C or fortran, which can be dynamically linked to run with the existing interpreters.
• Orion - Analysis, design and drafting of reinforced concrete structures.
• pcaColumn - Design and investigation of reinforced concrete column sections. The column section can be rectangular, round or irregular shaped with any reinforcement layout or pattern, and slenderness effects can be considered.
• RC-PADD - RC-PADD stands for "Reinforced Concrete - Post-Analysis Designer and Detailer". It is a special-purpose program for the structural design of reinforced concrete building structures and the subsequent detailing. The post-analysis nature of the program gives it more power over conventional "integrated" programs that carry out altogether the structural analysis and the structural design. Once the structure is analyzed using a reliable structural analysis program, the model and the results are imported to RC-PADD, where the structural design and detailing are carried out.
• RCAD Formwork Drawings - Program for 3D modeling of an reinforced concrete building and generating member drawings. Formwork drawings may present selected elements, their groups, projections of stories and vertical cross-sections of the building. Drawings generated by the program may be automatically exported to the RCAD Reinforcement program, thus being the base for preparing drawings of structure reinforcement. An advantage of the program is its intuitiveness. Automatic generation of building cross-sections, automatic positioning and dimensioning of structural elements, handy databases of elements and materials - all these result in a considerable reduction of time for creating documentation with the use of the RCAD Formwork Drawings program.
• RcSections - RcSections is a 32-bit Windows program designed specifically for structural engineers to perform axial-flexural analysis and design of concrete sections (beams, columns or walls) according to ACI 318-05/02 and ACI 318-99. It analyzes the uniaxial- or biaxial-bending capacity of multiple sections of various regular shapes (rectangular, round, Tee, I, L) and generic shapes (with openings) simultaneously in a fast and user-friendly manner. Multiple load sets may be input and checked against capacities of the sections. It features tabulated strain-P-M at every user defined neutral axis step, 2D P-Mx and P-My interaction diagrams, and even 3D P-Mx-My interaction surface built upon OpenGL(R)!
• Real3D-Analysis - Real3D-Analysis a powerful frame-finite element analysis and design program built from ground up, with latest technologies from the fields of finite element analysis, numerical computation and computer graphics. It brings accuracy, reliability, and ease of use to average structural engineers to perform static analysis, dynamic analysis and concrete design of general truss, frame, plate and shell structures. It features unique 128-bit floating point solver, multiple document interface spreadsheet input and output as well as compelling graphics built upon industry standard OpenGL(R).
• RetainWall - RetainWall is a software mainly developed for the purpose of designing a concrete or masonry retaining wall. The wall may retain soil or other granular material. It analyses the stability of the wall based on the loads and resistances, and results in bearing pressure, sliding, overturning and rotational stabilities. Loads applied on the wall may consist of self weight, soil pressure, water pressure, live and seismic loads. Resistances may consist of base friction and cohesion, passive earth pressure, other structures or a shear key. Load and resistance factor design (LRFD) mode can be applied. If the wall is a reinforced concrete structure, the software also supports the reinforcement design. Main features: - Load and resistance factors design (LRFD) capable - Ready to use load and resistance factors combinations from AASHTO 2007, ACI 318-08 and IBC 2006 - Load and resistance factors editor to modify or create new combination - Concrete reinforcement design from ACI 318-08 - Force diagrams (moment, shear and normal) for every combination - Loads, resistances and reactions diagram for every combination - Wall stabilities (bearing, sliding, overturning, rotation) for every combination - Possibilities to choose active or at rest soil pressures - Possibilities to choose elastic (rock) or plastic (soil) bearing pressures - Possibilities to input user's soil pressure coefficients - Reinforcement design for upper stem, lower stem, toe and heel - Unit systems, properties, load and resistance factors, reinforcement design method, and page setup from last editing become the default for new design - Possibilities to add other loads on wall - Provide stability resistances from a shear key, toe passive soil pressure, adjacent structure, anchors or piles - Enable or disable a shear key, water or seismic - Support metric, SI and British unit systems - Easy, clear, quick and simple software operation - Help facilities
• Revit Structure - Revit Structure software integrates a multimaterial physical model with an independently editable analytical model for efficient analysis, design, and documentation. Create your own models or import architectural files from AutoCAD Architecture or Revit Architecture. Bidirectional linking to structural analysis software enables accurate model updates, while parametric change management technology coordinates those updates across your documents.
• SEGAN - Legacy software from 1978 for the analysis of curved segmentally erected prestressed concrete box girder bridges, including time dependent effects, so that deflections and stresses can be computed at any stage during the construction or service life of the bridge. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley. SEGAN: Analysis of Curved Segmentally Erected Prestressed Concrete Box Girder Bridges Van Zyl, Stefanus F. Department of Civil Engineering, University of California, Berkeley, 1978, This program permits the analysis of curved segmentally erected prestressed concrete box girder bridges, including time dependent effects, so that deflections and stresses can be computed at any stage during the construction or service life of the bridge. The segments can be either precast or cast in place. The bridge cross section must consist of a single box section with vertical or inclined webs and have cantilever flanges. Width and depth dimensions can vary along the bridge span. Time-dependent material changes, such as creep and shrinkage of concrete, as well as environmental effects such as humidity and temperature changes, are accounted for. However, other concrete material nonlinearities such as cracking or inelastic behavior and geometric nonlinearities are not included in the analysis. Prestressing in the longitudinal direction can be included in the analysis. Tendons can be located in either the webs or flanges and can have a linear or parabolic profile. Stressing and release operations, slip in of tendons, and restressing and removal of tendons are included. A procedure is included for specifying the structural configuration and the erection sequence. Operations used in segmental construction, such as addition of segments, prestressing, changing of support boundary conditions, application or removal of construction loads, and prescribed displacements can be analysed. At each construction stage, the current structure is analyzed and the incremental and total displacements, stresses, and strains are obtained. The complete structure can also be analyzed for a variety of live loads and time steps.
• Slabs by the Pieper-Martens method - Windows program for slab analysis by the Pieper-Martens method. Reinforced concrete design of slabs according to EC2. 4-way slabs, 3-way slabs, 2-way slabs and cantilever concrete slabs of orthogonal shape. Any ratio of slab sides, any system of continuous slabs. Capability of calculating loads for supporting beams (not mandatory). Paged printing of input data and results. Greek and English versions of the software. Brief manual, complete legend for symbols and notation, example.
• Tekla Structures - Fully integrated 3D solution that enables creation and management of complete 3D building models regardless of material or structural complexity. The Tekla Structures solution covers the whole structural design process from conceptual design to detailing, and to construction. Tekla Structures now integrates XSteel, which was earlier an independent program for steel detailing.
• TheStructuralEngineer.info Software Listing - The software directory includes programs, spreadsheets and web applications on analyses of beams, frames, plates, bridge, design of steel and concrete as well as other related fields.
• VersaFrame - Frame analysis and design program with integrated concrete beam, concrete column and plate design.