Trek Bicycle Uses Rescale To Run Cutting Edge Coupled Optimization Analysis

Trek Bicycle Uses Rescale To Run Cutting Edge Coupled Optimization Analysis

Download PDF

 

Background

For almost 40 years, Trek Bicycle has believed in a simple mission: build the best bikes in the world. An efficient form of travel, environmentally green, and used by athletes, recreationists, and commuters alike, Trek carries a big responsibility to deliver the quality and durability that is associated with the name. Engineering the latest in transportation technology requires significant computing power. Trek leverages Rescale’s cloud simulation platform to build and design competitive and world-changing bicycles.

Customer Challenge

Engineering world-renowned transportation requires high powered computing resources and access to industry-leading software. When internal capacity is reached, and there are tight project deadlines, Trek turns to Rescale to instantly expand their resources.

In a recent analysis, Trek engineers ran a complex simulation using the CFD tool Star-CCM+ by CD-adapco and the optimizer HEEDS by Red Cedar Technology in a coupled analysis on Rescale’s cloud simulation platform. The goal was to study varying bicycle drafting methods to introduce new angles to the existing analysis method.

Using Rescale’s predefined optimization workflow, Trek coupled Star-CCM+ and HEEDS software in one simulation and enabled the job to run on 64 high performance computing cores instantly. The initial simulation uses a steady-state Reynolds-averaged Navier-Stokes (RANS) turbulence model to study the aerodynamic impact between several riders.

“With Rescale’s platform, we can build complex Star-CCM+ and HEEDS simulations and run analyses much faster than we can internally-drastically reducing our simulation process.”
-Chad Manuell, Director of Engineering

Benefits / Results Achieved

Using Rescale, Trek Bicycle:

  • Instantly accessed over 2TB SSD disk storage using a high performance hardware configuration
  • Ran a complex coupled optimization analysis using Star-CCM+ and HEEDS software
  • Leveraged existing software licenses to reduce simulation costs

Simulation Solution

Accessing Rescale’s simulation environment, Trek Bicycle is able to:

  • Significantly reduce simulation runtime by using the latest HPC resources available in Rescale’s 30+ advanced, global data centers
  • Combine simulation software tools without wasting crucial IT personnel and resources
  • Execute multiple simulations in parellel to gain important runtime advantages
  • Fully explore the experiment to make informed decisions about drafting techniques related to competitive bicycling
  • End-to-end data encryption and private, isolated clusters ensure the highest level of job security

Summary

Trek Bicycle entrusts Rescale to provide a secure, financially-competitive, and efficient computing system capable of handling even their most challenging analyses. Using existing Star-CCM+ and HEEDS licenses combined with the natively integrated solvers, Trek was able to easily couple their complex optimizations on Rescale’s cloud simulation platform faster than using internal compute resources. Trek Bicycle continues to expand their simulation capabilities and further push the limits of bicycle design.

 

Related articles

TEN TECH LLC Runs High-Fidelity CFD Models On Rescale’s Cloud

  Background TEN TECH LLC is a company making waves in the sector of mechanical engineering analyses. As an ITAR certified company, TEN TECH LLC frequently services the highly confidential and secure sector of military and government organizations. Using Rescale’s […]

read more »

ARC Accelerates Time-to-Market of Thrusters by Over 50% with Rescale

“Rescale has allowed the team at ARC to change the way propulsion systems are designed by enabling a simulation-informed design methodology, without the added time or cost typically associated with big compute.” – Kyle Adriany, Founder and CTO of ARC […]

read more »

Leave a Reply

Your email address will not be published. Required fields are marked *