CRSI Retaining Wall provides designers with optimized solutions for reinforced concrete cantilevered retaining walls based on American Concrete Institute (ACI-318-02) and American Association of State and Highway Transportation Officials (AASHTO LRFD-98) provisions.

Users select one of two modes:

• A tabular format of different wall heights optimizing the various geometries and the steel reinforcement of a cantilever retaining wall based on input parameters, or
• A fixed geometry format designing and optimizing steel reinforcing based on wall dimensions entered by the designer.

The software calculates design requirements and optimizes the size and spacing of the steel reinforcing bars while checking the required development lengths and, as necessary, specifying where bars are to be hooked.

The designer may designate specific material parameters, such as concrete compressive strength and yield strength of steel reinforcing bars, as well as friction coefficient, soil density, angle of internal friction, and whether or not bars are epoxy coated.

CRC Highway Pave and Airpave Combo Software (CD-ROM)
CRC-HIGHWAY PAVE and CRC-AIRPAVE are now available in a CD-ROM package. CRC-HIGHWAY PAVE is a tool for the design and analysis of continuously reinforced concrete pavement for highways and roads. CRC-AIRPAVE is a tool for the design and analysis of continuously reinforced concrete pavement for airports and industrial pavement, such as intermodal terminals.

PowerPave
PowerPave is a software analysis tool that predicts early-age performance of continuously reinforced concrete pavements (CRCP). The analysis is based on both design assumptions (such as material quantities and types) and construction assumptions (such as environmental factors and construction methods).