AFT Impulse 10.0.1118 (Win)

AFT Impulse 10.0.1118 is a powerful dynamic simulation software designed for engineers to analyze pressure surge transients, waterhammer effects, and dynamic responses in liquid piping systems. The software provides precise modeling of valves, pumps, relief devices, and other system components, helping engineers predict transient behavior and optimize system design.

With AFT Impulse, users can evaluate vapor cavitation, liquid column separation, and the impact of transient surges on piping systems. Its advanced Method of Characteristics solver ensures accurate transient analysis, while the integrated steady-state solver provides initial conditions using modified Newton-Raphson iteration for smooth and precise simulations.

Key features include detailed pump inertial modeling, scenario management, relief valve simulation, and an extensive fluid and fittings library. The software allows animation of transient events, video creation for results sharing, and compatibility with CAESAR II® and TRIFLEX® pipe stress dynamic models. Built-in intelligence guides users in developing accurate and optimized models, while integrated graphing and reporting tools streamline analysis and documentation.

AFT Impulse 10.0.1118 is ideal for engineers seeking to improve system safety, reduce operational risks, and design cost-effective liquid piping systems under dynamic conditions.

Key Features:

Accurate simulation of pressure surge transients and waterhammer effects

Comprehensive component modeling for valves, pumps, and surge devices

Vapor cavitation and liquid column separation analysis

Advanced Method of Characteristics transient solver

Steady-state solver integration with modified Newton-Raphson iteration

Detailed four-quadrant pump inertial modeling

Extensive fluid and fittings library

Scenario manager for multiple design and operational variations

Relief valve modeling with complete dynamic analysis

Integrated graphing, reporting, and video creation tools

Animation of transient system behavior

Compatibility with CAESAR II® and TRIFLEX® pipe stress models

Built-in guidance for improved modeling and design