Our company specializes in the modeling, development and implementation of application software in the field of numerical computation.

Windows Applications

CT-Natural

Computational software to analyze and determine cooling performance curves and thermophysical operational variables in natural draft counterflow wet cooling towers.

Natural Draft Counterflow Cooling Towers.
Demand Curves.
Merkel Number.
Psychrometrics Calculator.

INTRODUCTION

CT-Mechanical

Computational software to analyze and determine the cooling capability and performance of mechanical draft cooling towers (counterflow and crossflow, induced and forced draft) based on the Acceptance Test Code CTI ATC-105 using the characteristic curve method.

Mechanical Draft Cooling Towers.
Demand Curves.
Merkel Number.
Psychrometrics Calculator.

INTRODUCTION

iPad Apps

Cooling Tower

Computational software to analyze and determine the cooling capability and performance of mechanical draft cooling towers (counterflow and crossflow, induced and forced draft).

Mechanical Draft Cooling Towers.
Demand Curves.
Merkel Number.
Psychrometrics Calculator.

Cooling Demand

Computational software to calculate and analyze demand curves and approach calculations employed in the analysis of cooling towers.

Demand Curves.
Merkel Number.
Psychrometrics Calculator.

IAPWS-IF97 Calculations and Diagram Plots for iPad

Steam Plot

Generation of diagram plots and calculation of thermodynamic and transport properties of steam based on the latest IAPWS-IF97 Formulation and IAPWS releases.

Calculates 20 thermodynamic and transport properties of steam and 10 partial derivatives.
Generation of 4 Diagram Plot types with isolines calculated over the IAPWS-IF97 valid range.

Numerical Libraries

IAPWS IF-97 Water and Steam Properties

High-precision numerical libraries to perform calculations of thermodynamic and transport properties of water and steam based on the latest IAPWS-IF97 formulation and IAPWS releases.

Numerical libraries are available as an Excel Add-In or as a Matlab Functions Library in 32-bit and 64-bit versions.

Humid Air - Psychrometrics Numerical Libraries

Humid Air Properties - Psychrometrics

High-precision numerical libraries for calculations of thermodynamic and psychrometric properties of humid air based on the latest mathematical models used in the ASHRAE formulation.

Numerical libraries are available as an Excel Add-In or as a Matlab Functions Library in 32-bit and 64-bit versions.

Dynamic Link Libraries (DLL)

C++ dynamic-linked libraries of functions used for the development of Windows applications

IAPWS IF-97 Water and Steam Properties

High-precision calculations of thermodynamic and transport properties of water and steam based on the latest IAPWS-IF97 formulation and IAPWS releases.

Performs all the calculations implementing the latest mathematical formulations from the IAPWS (International Association for the Properties of Water and Steam) Industrial formulation (Revision 2007).
Royalty free distribution for unlimited Windows applications.
Full support of .NET, C++, C# framework development environments.

Humid Air Properties - Psychrometrics

High-precision calculations of thermodynamic and psychrometric properties of humid air based on the latest mathematical models used in the ASHRAE formulation.

Performs all the calculations implementing the latest mathematical models used to generate the tables for humid air properties and thermodynamic properties of water in the 2009 ASHRAE Handbook of Fundamentals.
Royalty free distribution for unlimited Windows applications.
Full support of .NET, C++, C# framework development environments.

Mathematical Models

We strive to develop the latest mathematical models based on research methodologies and available literature.

Numerical Modeling

Our numerical codes are implemented using modern numerical techniques to optimize and deliver high-precision results.

Software Implementation

Software development is handled on major user platforms that take advantage of computing capabilities.

Engineering and Scientific Applications

We aim to focus on engineering and scientific problems which are best approached from a computational point of view.

Documentation

All of our applications are documented in a direct and comprehensible manner.

Customer Support

We will try to best solve your doubts when using one of our products.

Our focus is to merge highly-specialized computational code into self-contained applications required for engineering and scientific analysis.

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