HYPERCON

Prediction and Optimization of Concrete Performance

News

• How we might help you

• NIST/Industry Consortium on Virtual Cement and Concrete Testing Laboratory Formed, January 2001

• New Version 3.0 (June 2005) of CEMHYD3D computer modeling software available

• Version 1.1 of Virtual Cement and Concrete Testing Laboratory software available

• FHWA/NIST Concrete Optimization Software Tool (COST) available

• Visualization of High Performance Concrete Web Page

• ACBM/NIST 2008 Workshop Information

• The Visible Cement Data Set

Information

Program Description

Component Projects

Bibliography of Recent Publications

Computer Models in HYPERCON

Databases in HYPERCON

Other Servers at NIST

Predicting the Service Life of Chloride-Exposed Steel-Reinforced Concrete

• Report

• Software

Concrete Optimization Software Tool (COST)

• User's Guide

• Software

Processing and Rheology

• Testing and Modelling of Fresh Concrete Rheology

• Movies of 3-D Simulations of Flow of Suspensions

Curing

• Curing of High Performance Concrete: Report of the State of the Art

• Mixture Proportioning with Saturated Lightweight Aggregates

• Protected Paste Volume in Concrete: Extension to Internal Curing Using Saturated Lightweight Fine Aggregates

• Preliminary Observations of Water Movement in Cement Pastes During Curing Using X-ray Absorption

• Shrinkage-Reducing Admixtures and Early Age Dessication in Cement Pastes and Mortars

Characterization of Concrete and Concrete Materials

• The Concrete Microscopy Library

• SEM/X-ray Imaging of Cement-Based Materials

Simulation of Performance and Service Life of HPC

• Modeling the Structure and Properties of Cement-Based Materials (monograph)

• Multi-Scale Microstructural Modelling of Concrete Diffusivity: Identification of Significant Variables

• Influence of Silica Fume on Diffusivity in Cement-Based Materials. II. Multi-Scale Modeling of Concrete Diffusivity

The Economics of High Performance Concrete

• Life-cycle costing software for preliminary bridge design

Predicting Environmental Properties in the Virtual Cement and Concrete Testing Laboratory

Building for Environmental and Economic Sustainability software

Contact: Edward J. Garboczi, Group Leader, Inorganic Materials Group

E-mail: edward.garboczi@nist.gov

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