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If possible, please download a copy of any software below only once for your organization and make it available to all employees.

With an improved software interface and several modeling enhancements you can count on ease of use and improved accuracy of prediction for reduced premature cracking risk easier than ever. Enhancements incorporated in HIPERPAV III include:

Improved Software Interface:

  1. Simple vs. Advanced Strategy View: An improved interface allows you to navigate through the software with more ease.
  2. Multiple Strategy Batch Mode: With HIPERPAV III, if you have multiple strategies, you can run them all at once by selecting “batch mode” from the Strategy Menu and checking the strategies you want to run.
  3. Quick Compare: The Quick Compare screen offers you a chance to quickly make comparisons of up to 4 strategies simultaneously.
  4. Sensitivity Comparisons: In this mode you can do multiple sensitivity analysis varying one input at a time for a given strategy (base case strategy).

Modeling Enhancements:

  1. Enhanced Moisture Characterization: This is the primary enhancement made in this version. With the new moisture modeling improvements now you can more realistically compare the effect of various curing strategies and environmental conditions. The potential for PCCP early-age cracking due to moisture changes is now calculated in HIPERPAV III by a one-dimensional finite-difference model that relates materials, environmental effects, and curing procedures.
  2. Heat Evolution Characterization. HIPERPAV III now has the ability to characterize heat hydration of concrete mixtures from semi-adiabatic calorimetry testing. This new addition also improves the software accuracy in predicting thermal stress and strength development.

The HIPERPAV team is committed to reducing cracking risks thus minimizing hefty expenditures on slab replace and removal operations. The next steps will focus on exploring a production version of HIPERPAV with automated weather data entry and automated cracking risk analysis and reporting.

Fill out the form below to download HIPERPAV III today.

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    Fill out the form below to download HIPERPAV II today.

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      WisDOT modified the FHWA concrete pavement analysis software to use materials and conditions that are unique to Wisconsin, replacing the broad national inputs in the FHWA version of the software. WisDOT expects this new Wisconsin version of HIPERPAV to help DOT engineers and contractors design and build even higher quality concrete pavements throughout Wisconsin. The Wisconsin version of HIPERPAV includes new inputs and terms that better represent Wisconsin’s concrete pavement industry. A new cement library allows users to choose different cement types from local cement manufacturing plants. Agency officials have already made the software available statewide, and implementation is now underway.

      Fill out the form below to download HIPERPAV Wisconsin today.

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        HIPERBOND is a software program that predicts the performance of bonded concrete overlays. HIPERBOND evaluates the construction, pavement design, materials, and environmental factors during the first 72 hours after construction.

        Bonded concrete overlays fail when de-bonding occurs. The use of HIPERBOND helps to predict and prevent de-bonding. The software originated as a module from the FHWA’s HIPERPAV software, but is now offered as stand-alone software that can be used independently. HIPERBOND includes two overlay modules – one for jointed concrete pavement and the other for continuously reinforced concrete pavement.

        HIPERBOND models the early-age behavior of bonded concrete overlays and predicts potential de-bonding problems. HIPERBOND has been used extensively for planning of pavement projects, prevention of construction problems, and forensics investigations. It is used by contractors, pavement designers, material suppliers, and other industry stakeholders.

        Fill out the form below to download HIPERBOND II today.

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          More Information

          FAQ and Knowledge Base

          Service Patches

          The following Service Patches are available for HIPERPAV 2.4.1. Please follow the instructions found in the ZIP file:

          • Service Patch 1 – Fixes an error encountered during print operation. This patch is only for the Government Unsupported version of HIPERPAV.
          • Service Patch 2 – Only available as part of the McTrans fully-supported version.

          The following Service Patches are available for HIPERPAV 2.5.1. Please follow the instructions found in the ZIP file:

          Supported Operating Systems

          HIPERPAV 3.0, HIPERPAV Wisconsin 3.0, and HIPERBOND are currently supported on the following Windows operating systems:
          XP Professional, 2000 with SP1, NT 4 with SP 6a, Me, 98 SE.

          Minimum Recommended System:
          Processor speed: 500 MHz
          Memory (RAM): 128 MB for Windows NT, 2000 and XP or 256 MB for Windows 98 or ME

          Desirable Recommended System:
          Processor speed: 1 GHz
          Memory (RAM): 256 MB for Windows NT, 2000 and XP or 384 MB for Windows 98 or ME

          If you are trying to obtain an unlock code for an older version of HIPERPAV, please download a free copy of HIPERPAV 3.0 above.

          HIPERBOND 3.0

          NOTE: In rare occasions the weather data is not automatically found by the software after installation, and you may need to navigate to it manually.

          The location for these files is: C:\Program Files\The Transtec Group\HIPERBOND II\EnvData

          HIPERPAV Slag includes a number of typical aggregate types including slag aggregate as an input. With HIPERPAV Slag, contractors, owners/agencies, and materials suppliers have the option to characterize the effects of slag aggregate as part of their HIPERPAV use. The transport of heat to, from, and within a concrete slab is one of the key models in HIPERPAV. This fundamental mechanism is driven by the thermodynamic characteristics of the concrete. Furthermore, it has been demonstrated that the coarse aggregate is the most influential constituent in the mix with respect to thermal properties. Due to its unique mineralogy and pore structure, slag aggregates possess thermal properties unlike other aggregates. Sponsored by EDW C. Levy Co., HIPERPAV Slag provides a reliable means to assess the impact of slag aggregates on concrete pavement behavior.

          SmartCure is a derivative product of the HIPERPAV system. With the use of SmartCure the user can now graphically monitor the curing process in real time and be warned whenever a risk for damage to the pavement structure is identified as a function of climatic conditions. SmartCure consists of software routines integrated with field monitoring devices that measure climatic conditions and PCC temperatures on a continuous basis during the construction process. User-defined guidelines as a function of the current conditions are made available to ensure adequate development of concrete properties, and thus prevent damage of the pavement from inadequate curing. These guidelines can be tailored to a particular project following local specifications.

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          How can we help you with HIPERPAV?

          Call us at +1 (512) 451 6233 or use the form to send us a message.