acslX

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Pharmaceutical

acslX is a powerful and flexible modeling tool that provides a seamless modeling approach from discovery through clinical trials. acslX provides the ability to perform classical pharmacokinetic (PK) physiologically based pharmacokinetic (PBPK) and pharmacodynamic (PD) modeling, giving you the right tool at each stage of the drug development process.

acslX provides a flexible Pharmacokinetic modeling tool that predicts drug dispersion and residual drug levels for toxicity and therapeutic threshold analysis. acslX supports both classical and compartmental models so that there is no limit on model simplicity or complexity. Studies are fast and reliable because acslX provides an intuitive user interface along with robust model development, execution, and analysis capabilities. acslX enables users to continuously apply new information to established models and to easily create novel models for new drug products.

acslX lets you conduct sophisticated PK/PBPK/PD analysis without having to be a model developer. Using models with intuitive point-and-click interfaces, acslX is ideal for production use, providing a cost effective solution for advanced PK/PBPK/PD model analysis. acslX provides full model execution and analysis capabilities by incorporating pre-built models available from AEgis, your internal development staff, or a third party. Combine acslX intuitive interfaces with its sophisticated development environment, and you get the most complete enterprise-wide solution available from discovery through clinical trials.

acslX is used for the following Pharmaceutical and Risk Assessment applications:

  • Classical PK, PBPK, and PD Modeling
  • Exposure and Risk Assessment
  • Toxicity Studies
  • Drug Dispersion (ADMET)
  • Dosimetry/Dose Absorption
  • Drug Portfolio Management
  • Carcinogenesis

acslX and its predecessor ACSL have been used in the biomedical field for more than 17 years. Read our Pharmaceutical and Risk Assessment case studies: Modeling Drug Dispersion, Phytoremediation Modeling, or Modeling Drug Residues .

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Industrial Process

acslX enables engineers to successfully design and improve process plants for enhanced yields. Examples range from oil and natural gas processing and distribution, to paper and pulp plants, to fossil fuel and nuclear power plants. acslX models can also be exported for use in a wide variety of embedded applications, such as operator trainers and control systems, and provide a comprehensive model Application Programming Interface (API) to support embedded applications.

acslX enables engineers to accurately simulate complex processes and control systems for plant design, verification and validation, and embedded training applications

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Automotive

acslX provides the power and flexibility for simulation of vehicle dynamics and vehicle components such as mechanical and mechatronical subsystems, anti-lock braking, steering, and suspension systems.

acslX enables engineers to perform simulation studies on Fuel Systems, Vehicle Handling and Stability, Embedded Control Systems, and Noise, Vibration, Harshness (NVH) problems.
acslX’s Optimum software allows researchers to fit models to measured data using Parameter Estimation methods and to conduct Monte Carlo analysis in a graphical, easy-to-use environment.
acslX lets you conduct sophisticated PK/PBPK/PD analysis without having to be a model developer. Using models with intuitive point-and-click interfaces, acslX is ideal for production use, providing a cost effective solution for advanced PK/PBPK/PD model analysis. acslX provides full model execution and analysis capabilities by incorporating pre-built models available from AEgis, your internal development staff, or a third party. Combine acslX intuitive interfaces with its sophisticated development environment, and you get the most complete enterprise-wide solution available from discovery through clinical trials.

  • acslX is used for the following Automotive applications:
  • Powertrain, Steering, Braking, and Suspension
  • Combustion, Fuel Injection, Engine Models
  • Vehicle Stability and Handling
  • Energy Power Management
  • Embedded Controls and Real-Time Application
  • Driver and Research Training Systems

acslX and its predecessor ACSL have been used in the automotive industry by OEMs and suppliers to solve their simulation problems for more than 25 years. Read our Anti-Lock Brake System case study.

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Military and Aerospace

acslX is used in the Military and Aerospace industries for 6-DOF vehicle dynamics, propulsion systems, mechanical and mechatronical systems, training simulators, guidance and flight control.

acslX enables engineers to perform simulation studies on Fuel Systems, Vehicle Handling and Stability, Embedded Control Systems, and Noise, Vibration, Harshness (NVH) problems.
acslX’s Optimum software enables researchers to take modeling and simulation to the next level. Optimum is fully integrated with acslXtreme and provides powerful analytical capabilities including parameter estimation, model optimization, sensitivity analysis, and Monte Carlo analysis. The parameter estimation features make calibration of model parameters with measured data a snap. Not only that, but intuitive wizards simplify input and completely eliminate the need for type-in commands.

acslX is used for the following Military and Aerospace applications:

  • 6-DOF Vehicle Dynamics
  • Propulsion Systems
  • Guidance, Navigation, and Flight Control
  • Multi-Body Motion Dynamics
  • Real-Time Systems
  • Orbital Mechanics

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acslX Licensing Options

acslX Renewals

The renewal of legacy software revisions can be supported