Today, products engineered for product design firms in San Francisco –and around the globe are subjected to multiple physical forces simultaneously.




One of the most challenging aspects resulting from the rise of complex products is the increased need for enhanced simulation capabilities.


We address these product design challenges through use of simulations ensuring individual components work together as designed and expected.

Thermal effects, structural integrity, fluid forces, and electromagnetic radiation all impact the performance of industrial processes and products. Isolating these forces does not provide an accurate prediction of performance because conditions are not optimal unless multiple forces are tested at once.

Using simulation software confidently allows us to predict how your product will thrive in real world applications. We create comprehensive virtual prototypes of complex systems and products – made up of embedded software, mechanical and electronic components, incorporating physical phenomena found in the real world. These practices result in the creation of intelligent devices and systems, imperative to companies that wish to remain competitive.



By using simulation software, we make faster, more informed design decisions chart



Structures

By using simulation software, we make faster, more informed design decisions, thereby solving complex structural engineering problems. Finite element analysis (FEA) tools allow us to automate and customize simulations and set specific parameters, creating an atmosphere wherein we analyze multiple design scenarios. These tools easily connect to many other analysis tools, providing greater realism and predictability of performance and behavior of complex products. Ultimately, we reduce design time and save our customers money.

Electronics

Electronics simulation software aids our engineers in designing innovative, electrical and electronic products quicker and more cost-efficiently. ANSYS provides leading electromagnetic field, circuit, systems and multi-physics simulation software that allow us to fully automate the design process and better understand how products will behave in real world applications. First, we optimize your design using iterative simulations. Only once we’ve run the simulation and optimized the product, do we proceed with prototyping. In nearly all applications, be they cell phones, circuit boards or computer chips, we utilize simulation software to ensure better products.

Fluids

To optimize efficiency of processes and products, we must predict and direct fluid flow. Not performing these simulations prior to prototyping could prove catastrophic. Some examples are following the air flow through a jet engine, the transfer of heat on a satellite circuit board, or the combustible gases in a vehicle’s engine. Computational Fluid Dynamics Software (CFD) provides modeling and simulation of fluid processes. Since we thoroughly perform tests using it, we confidently expect your product to perform optimally prior to making the first prototype.

Semiconductors

Simulation software affords us the ability to keep up with the latest trends, like the miniaturization of many semiconductor designs. Recently, emerging Fin Field Effect Transistor, three-dimensional integrated circuit and stacked-die architectures have revealed design challenges related to reliability and power, affecting design closure. Simulation software enables us to ensure that the accuracy, performance, and integrity of a product will never be compromised. These practices result in the creation of intelligent devices and systems, imperative to companies that wish to remain competitive.




Simulation software affords us the ability to keep up with the latest trend chart

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