OnScale Resources

In this on-demand webinar, we cover what is necessary to run a thermal and thermal-mechanical simulation in OnScale Solve, and how simulation on HPC in the cloud can accelerate this process for large design studies.

In this webinar, we'll cover what's necessary to run a structural simulation in OnScale Solve, and how simulation on HPC in the cloud can accelerate this process for large design studies.

Ultrasonic inspections of welds form part of weld quality control and are crucial to ensure safety in a wide range of industries.

Join us for an introductory webinar on how to get started with the MATLAB® toolbox for Cloud Engineering Simulation with OnScale.

Join us for an introductory webinar on OnScale Solve, the world’s first Cloud Engineering Simulation Platform.

This webinar will cover an introduction to OnScale for borehole acoustic simulation, as well as Live demo of running open hole sonic simulations in parallel on the cloud.

This study demonstrates training and validating embedded AI algorithms using synthetic datasets derived from large numbers of parametric cloud simulations.

This white paper provides an overview of how different NDT techniques can be modeled and simulated, highlighting the need for modern CAE tools that enable an efficient exploration of all variables involved.

The move from 4G to 5G represents an orders of magnitude increases in data rates at frequency bands beyond 3 GHz, as smartphone manufacturers are already being challenged with multiple radios operating in frequency bands close to each other.

Verathon’s engineers leveraged OnScale’s Cloud HPC multi-physics software to accelerate virtual prototyping which drastically cut their simulation time from months to hours.

In this paper we describe the virtual prototyping and beamforming optimization of a 110 x 56 PMUT array fingerprint sensor first designed and prototyped by Horsley et al6 at the Berkeley Sensor & Actuator Center.

OnScale brings infinite computational resources to the world of next-generation medical devices, enabling engineers to solve large, real-world problems faster than ever.