ADAPT-Modeler V 3.2

Product Overview
Using a fully graphical environment, ADAPT-Modeler allows you to generate a 3D structural model of an entire concrete floor system, including support conditions and loading, quickly and easily. The model can then be analyzed and designed using ADAPT-RC, for conventionally reinforced floors, ADAPT-PT for post-tensioned floors, or ADAPT-Floor Pro for Finite Element analysis and design of floor systems and beams.

Product Details
ADAPT-Modeler is an entirely graphical program that acts as a module of ADAPT-Builder. ADAPT-Modeler is designed to generate a structural model of a complete floor system using Component Technology. Once the model is created, ADAPT-Modeler will generate all the ADAPT input files for ADAPT-RC or ADAPT-PT. ADAPT-RC and/or ADAPT-PT will then perform the analysis and design steps of the operation.

ADAPT-Modeler allows the user to ‘draw’ a 3D model of the floor system, and specify all material properties, loads and other design parameters as the model is created. Alternatively, user can import an existing dwg or dxf drawing file of the floor system for structural modeling. After the geometry is input and viewed in a three dimensional rendering for accuracy check, with minimum additional user interface the program automatically divides the structure into design strips, idealizes the strips and exports the data directly to ADAPT-PT or ADAPT-RC. Each design strip may then be run in ADAPT-PT or ADAPT-RC directly from the ADAPT-Modeler window, or each set of input data may be saved and run later in ADAPT-PT or ADAPT-RC.

The program comes with an easy to follow step-by-step example, tutorial and other helpful aids to guide you through the modeling process. ADAPT-Modeler helps to reduce errors in input data and saves valuable engineering time in noncreative and repetitive data generation and verification. It enables the structural designer to concentrate on the design efforts where time is best spent!

For Graphical Creation of Structural Models Using Component Technology.

• Create a three-dimensional structural model of the entire floor system from
  • DWG/DXF files, or
  • By using Component Technology of the program to assemble the structure
• Models slabs, steps above and below the slab, beams, openings, drop caps, drop panels
• Place column and wall supports anywhere
• Apply loads of any configuration, anywhere on the slab with a mouse click
• Use the Modeler wizard to create structures of common configuration
• Use the load path wizard to automatically select load paths
• Automatically generate input data for the design of the floor system as either:
  • Conventionally reinforced, linking with ADAPT-RC, or
  • Post-tensioned, linking with ADAPT-PT.

• PC compatible computer
• Windows operating system
• Minimum of 128 MB RAM
• 10 GB hard drive

ADAPT-RC V 5.0

Product Overview
Software for the Design, Analysis, and Investigation of Reinforced (Nonprestressed) Concrete Beams, Slabs and Floor Systems.

An industry standard and choice of consulting engineers requiring an easy-to-use, efficient, and reliable production tool. This software is based on the time proven Equivalent Frame Method (EFM) of analysis and features.

Product Details
ADAPT-RC is for the analysis and/or design of reinforced concrete beams, slabs and floor systems. It is based on a single story frame, featuring the Equivalent Frame modeling of the ACI code as an option. In its design mode, the program determines the deflection and reinforcement for a user defined geometry, material and loading. In its analysis mode, for a given floor geometry, loading and reinforcement, the software determines the capacity of the floor and compares it with the code stipulated demand. In both the design and the analysis modes, the deflections are calculated using cracked sections, with each span subdivided into 20 segments. ADAPT-RC is easy to use, yet thorough and rigorous in its formulation. Its graphical display gives a vivid account of moments, reinforcement and other parameters. ADAPT-RC handles both prismatic and non-prismatic spans, as well as supports with different boundary conditions. A solid model viewer allows the user to examine the input structure for a visual check on the accuracy of data entry. The primary application of the software is in building construction and parking structures.

ADAPT-RC is offered in two versions, a low cost version referred to as ‘Standard’ and a ‘Plus’ version. The two programs are identical except that the Standard version is limited to 5 pans and two cantilevers. The Plus version goes up to 20 spans and two cantilevers.

ADAPT-RC is a stand-alone program. But, when used together with ADAPT-Builder, it can receive input data generated graphically by the Builder. This feature of the program is discussed in greater detail under the heading ADAPT-Builder.

• Complete modeling and design of reinforced concrete floor systems
  • Simple and continuous beams and beam frames
  • Multiple beam cross-section: T, L and I-section
  • One-way slabs
  • Two-way flat plates
  • Two-way flat slabs
  • Drop caps, drop panels, transverse beams, steps above and below the slab
  • One-way pan joist systems
  • One-way skip joist systems
  • Two-way joist systems
  • Waffle slabs
• Investigation mode – analysis and capacity calculation of an existing floor
  • Gives the capacity of a floor system for a user-defined reinforcement distribution
  • Performs capacity/demand analysis for existing floor systems
  • Calculates deflection based on user specified loading and reinforcement
• Advanced analysis options
  • Moment redistribution
  • Inclusion of lateral loads
  • Deflection calculation, including cracked section analysis
• Comprehensive design capabilities
  • Reinforcement check for strength and minimum code requirements
  • Beam shear and punching shear checks
  • Integrated punching shear reinforcement design (studs or stirrups)
• Concise reporting
  • Graphical display of moments, shears and deflections for each load combination
  • Graphical and tabular display of location, length and amount of reinforcement required

ADAPT-PT V 8.0 โปรแกรมออกแบบระบบพื้นคอนกรีตอัดแรงและคอนกรีตเสริมเหล็ก ด้วยวิธี Equivalent Frame Method

Advanced Post-Tensioning Software for Beam Frames, Slabs and Floor Systems in Buildings and Parking Structures.
Since 1981, the Industry’s standard and choice of consulting engineers worldwide for an easy-to-use, efficient, and reliable production tool. This software is based on the proven Equivalent Frame Technology and features the following modeling, analysis and design capabilities

Product Details
ADAPT-PT is the industry standard stand-alone program for the design of beam frames, slabs and floor systems post-tensioned with either bonded, or unbonded tendons. For two-way floor systems the user can base the analysis on either the Equivalent Frame Method, or the Simple Frame Method. For the post-tensioning design, the user can select between the Effective Force method and the Variable Force (Tendon Selection) method. In the Variable Force method, the software computes and accounts for the tendons’ friction and long-term stress losses along the length of the post-tensioned member. ADAPT-PT can handles drop caps, drop panels, steps above and below, transverse beams and non-prismatic sections. Selfweight is calculated using actual dimensions and material properties. In addition to the post-tensioning amount and profile, the software reports the location and amount of the nonprestressed steel along the length of the structure for the strength and minimum requirements. The solution is presented in a clear and concise tabular form, as well as in graphical format.

Output options also include a graphical summary report of all important design data, ready for transfer to structural drawings and inclusion in structural calculations. The graphical summary includes:

• Elevation of the member with the post-tensioning tendons in place
• The post-tensioning profile, elevation of control points and PT-force/number of strands
• Location, length and number of nonprestressed bars required over the entire member length
• Outcome of the one-way or punching shear design
• Designer’s comments
• DXF output

Flexibility in selection of cross-sectional geometry makes this software suitable for design of box girder bridges, and I-girders in addition to traditional building and parking structures. ADAPT-PT is fast, easy to master, and is the choice of production-oriented consulting engineers around the world.

ADAPT-PT is offered in two versions, a low cost version referred to as ‘Standard’ and a ‘Plus’ version. The two programs are identical except that the Standard version is limited to 5 spans and two cantilevers. The Plus version goes up to 20 spans and two cantilevers.

ADAPT-PT is a stand-alone program. But, when used together with ADAPT-Builder, it can receive input data generated graphically in Builder’s 3D Modeling environment.

เหมาะสำหรับ  : วิศวกรโครงสร้าง บริษัทผู้ออกแบบ บริษัทคอนกรีตอัดแรง บริษัทผู้รับเหมาก่อสร้าง กองออกแบบหน่วยงานราชการ สถานศึกษาด้านวิศวกรรมโครงสร้าง วิศวกรรมโยธา

• PC compatible computer
• Windows operating system
• Minimum of 128 MB RAM
• 10 GB hard drive

• Complete modeling and design of reinforced concrete floor systems
  • Simple and continuous beams and beam frames
  • Multiple beam cross-section: T, L and I-section
  • One-way slabs
  • Two-way flat plates
  • Two-way flat slabs
  • Drop caps, drop panels, transverse beams, steps above and below the slab
  • One-way pan joist systems
  • One-way skip joist systems
  • Two-way joist systems
  • Waffle slabs
• Investigation mode – analysis and capacity calculation of an existing floor
  • Gives the capacity of a floor system for a user-defined reinforcement distribution
  • Performs capacity/demand analysis for existing floor systems
  • Calculates deflection based on user specified loading and reinforcement
• Advanced analysis options
  • Moment redistribution
  • Inclusion of lateral loads
  • Deflection calculation, including cracked section analysis
• Comprehensive design capabilities
  • Reinforcement check for strength and minimum code requirements
  • Beam shear and punching shear checks
  • Integrated punching shear reinforcement design (studs or stirrups)
• Concise reporting
  • Graphical display of moments, shears and deflections for each load combination
  • Graphical and tabular display of location, length and amount of reinforcement required