Displaying items by tag: Exa

Meeting OEM tolerances and restoring a vehicle’s exterior appearance precisely might become even more important as automakers place more sensors and cameras on its surface.

AMC Bridge, a vendor of choice for software development services in the areas of computer-aided design, engineering, manufacturing and construction, helps Exa^® Corporation, a global innovator in simulation software for product engineering, to leverage all benefits of the cloud system.

Simulation process itself is a complex mathematical task, which requires significant computational hardware resources that are difficult and expensive to maintain. It creates a high barrier of entry for companies that do not possess resources to establish and maintain powerful data centers / computer clusters. It also makes it more difficult to establish the trial and short-term engagements, in order to convince future customers to move to the full implementations.

For the first time, operators and drillers can leverage predictive computational software to assess relative permeability, which is used to accurately and efficiently assess reservoir output and rock formations. As a result, reservoir analysis time is reduced from up to 12 months to just a few days or weeks.

Exa^® Corporation, a global innovator of simulation software, announced today that its DigitalROCK™ solution, the first predictive computational solver for relative permeability, is now available on the cloud at DigitalROCK.com. Deemed the “holy grail” of the industry’s quest for digital rock technology, multiphase simulation offered by Exa’s DigitalROCK solution provides essential flow-related rock properties in a fraction of the time possible with physical lab tests.

New 3D multi-phase flow simulation technology makes it possible to predict the flow of both oil and water through rocks using only rotary sidewall cores. Doing less with more is a mantra in low-price environments. Reducing reservoir uncertainty is simultaneously a driving need when devising production plans, so its vital to know as much as possible about how much oil is in the ground and how fluids will move through the reservoir rocks.