Why INTEGRATED?

Technology

Our software is the only clear choice for applications involving the modeling of space around the device: that is what we call “large open regions”.

Since 1984, INTEGRATED has offered an innovative, world-class suite of complete solutions for engineering and scientific designs involving multiple disciplines – creating simulation software programs that analyze a full spectrum of physical problems.

In many cases, it is a combination of variables that affects models rather than just the electromagnetic or particle trajectory field. When such a combination of factors is involved, thermal and power systems design analysis is also required.

INTEGRATED’s software delivers a wide range of advantages:

  • The maximum versatility of field solvers find the best option for each specific application: choose from Boundary Element Method and Finite Element Method (both in the same package at no extra-cost) and Finite Difference Time Domain Method.
  • The best optimization tool for each particular design, including: parametric analysis, scripting or Application Programming Interface (API).
  • Integration with MATLAB®: users’ MATLAB code files can include function calls to the INTEGRATED API to build geometry, assign physical parameters, solve, and obtain results.

In addition, experience the speed of our multithreading (or parallelization) capability, included in the software package at no extra cost.


At INTEGRATED we are proud of our customer service team and offer the highest level of customer service and support in the industry. From your very first contact with our experts, all with PhD and Masters degrees, you will be guided through all your electromagnetic and particle trajectory analysis needs.


Our software comes complete and ready to use. No need to purchase additional modules or options; all programs are fully functional CAE tools.


INTEGRATED’s commitment is to provide designers with the most sophisticated analysis tools to assist them in the creation of the future.

INTEGRATED's Technology

API Image coutesy Dr Sami Hahto
Application Programming Interface (API)

INTEGRATED introduces its Application Programming Interface (API), a tool that opens the door to a new chapter in custom analysis tools. Our customers now have the power and the flexibility to integrate our CAE software programs to the applications they need for their design analysis. This customization will bring each particular electromagnetic/particle trajectory design to an even higher level of sophistication.

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Insert shows exact modeling of geometry by Boundary Elements. No Mesh is required in air gap
Boundary Element Method (BEM)

INTEGRATED’s utilization of BEM means that only “active” regions require discretization. Fields can be calculated anywhere else in the “world”. Utilization of BEM also allows for the modeling of true geometric curvature rather than straight line approximations required by other methods.

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3D Switched Reluctance Machine
Coils and Winding Design

INTEGRATED Engineering software offers a perfect blend of tools to meet following challenges with a coil and winding editor. INTEGRATED has “Best of Breed” tools that cover the range of physical systems involving magnetic, electric and high frequency fields as well as transient and eddy currents. Designs can be optimized successfully using API/parametric and/or scripting capabilities.

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Combined Physics
Combined Physics

Many engineering design problems often involve a combination of physics simulations: electromagnetic, thermal, computational fluid dynamics, structural and power systems. When the various disciplines are interacting, modeling requires CAE software that provides accurate answers. Engineers and physicists need fast, reliable solutions when more than one physical phenomenon is involved. To support their work, INTEGRATED develops comprehensive solutions for scientists modeling prototypes that require a multidisciplinary analysis.

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D Switched Reluctance Machine
Finite Difference Time Domain (FDTD)

As a scientist, you want to decide which field solver best suits your application. INTEGRATED’s field solvers have been proven in a diverse range of applications for over 25 years. Our Finite Difference Time Domain (FDTD), Boundary Element Method (BEM) / Method of Moment (MoM) and Finite Element Method (FEM) solvers are available in the same package to allow you to select the best method for any problem. Now, you can independently verify the solution within one program, and avoid the effort of verifying through a second program.

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Scripting
Field Solver

Since 1984, INTEGRATED has been the industry leader in Boundary Element Method (BEM). BEM not only provides the most accurate numerical field solutions, but is also the method of choice for problems involving the modeling of space around the device: that is what we call “large open regions”. However, Finite Element Method (FEM) very often provides sufficient accuracy for engineering purposes, and many problems are by their nature inherently closed region. Recognizing this, INTEGRATED incorporated FEM solvers to provide users the choice of both methods.

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Current density contour plot in induction motor rotor bar
Finite Element Method

Each device, each application, each idea, needs to be analyzed according to each particular requirement and unique environment. One solution doesn’t fit all. As a scientist, you want to decide which field solver best suits your application. INTEGRATED’s field solvers have been proven in a diverse range of applications for over 25 years. Our Boundary Element Method (BEM) and Finite Element Method (FEM) solvers are available in the same package to allow you to select the best method for any problem.

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Metaheuristics
Metaheuristics

The most recent versions of INTEGRATED software programs feature a multi-criteria file search function. This enables users to search for keywords within Integrated.dbs files and examine the resulting matches in a preview pane before opening. Future versions will expand on the searchable criteria to include such properties as voltage sources, boundary conditions, program name (Electro, Coulomb etc.), Dimensions (2D, 3D or RS) , Materials used, string in comment field, Size in Megabytes and outputs defined.

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Optimization
Optimization

Design for optimal performance and diminish the scientific and engineering challenges. Our software comes complete and ready to use. No need to purchase additional modules or options: all programs are fully functional CAE tools.

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Parallelization
Parallelization

The multiple processors available in today’s computers have opened the door to parallel processing. This ability has revolutionized the speed of our field solvers to analyze models. At the same time, the widespread access to 64 bit systems allows the software a more effective use of available RAM (*).

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