#ADRIAN SMITH ARCHITECT UPDATE#

SIMULATION SET UP ON SIMSCALE Optimized Building Form at an Early Stage Specifically, the team at AS+GG recently began using the software’s new collaborative features, allowing them to share, view, and edit projects across team members in one common platform.

#ADRIAN SMITH ARCHITECT UPDATE#

Multiple shapes can be simulated and compared simultaneously.Īs AS+GG increasingly integrated SimScale into its design process, the team found that the cloud based software was constantly being improved, with new features being added within the platform without the need to redistribute or update any software. Pressure distribution on the supertall building facades. Wind tunnel testing would also be used during later phases to support engineering efforts. This allowed AS+GG to submit designs that would prove to have a high level of accuracy. Additionally, the team at AS+GG gained more confidence in their simulation results, thanks to both the user-friendly platform as well as the expertise of SimScale’s staff, who offered best practices, case studies, articles, and other resources throughout the onboarding process.

How They Solved It with SimScale Boosting Accuracy and Speedīy simulating designs with SimScale, AS+GG shortened design cycles, going from initial sketch to simulation results in less than a few hours. Its ability to run on multiple GPUs in parallel enables turnaround times that are 20-30 times shorter than with traditional methods. Developed by Numeric Systems GmbH, Pacefish® is a revolutionary implementation of LBM tailored to the massively-parallel architecture of GPUs. The lattice Boltzmann method (LBM) solver integrated into SimScale was the ideal solution for this. AS+GG needed to combine speed, accuracy, and ease of use. At the same time, the team found that working directly with simulation tools often required a steep learning curve or could yield questionable calculations, especially given the team’s limited expertise with computational fluid dynamics (CFD) and its application to forces like wind. This timeline made working with external simulation consultants difficult, as turnaround times often required several weeks, leaving no room for design iterations. The timelines during the competition phase can be tight, often as short as one month, to design and optimize proposals. Transient vertical velocity contour through the building notches.

Adrian smith architect