Our software is internationally recognised for analysing and simulating complex chemistry processes for engineering applications.
LOGE will exhibit at the SAE 2017 World Congress Experience this April 4-6th. We are excited to announce that participants will have the opportunity to sign up for live demonstrations of our state-of-the art real time simulation tool LOGEengine 3.0 in our booth #3607.
We look forward to seeing you in Detroit!
Through the use of tabulated chemistry LOGEengine 3.0 reaches real time simulation times, making it a natural choice for the engine design and prototyping process. Customer feedback and research has spearheaded the improvements incorporated into the new version of LOGEengine 3.0. At the foundation lies a tabulated chemistry approach which is both disk space efficient and computationally state-of-the-art. This allows you to consider detailed chemistry effects at no additional computational cost.
In addition, Turbulence Chemistry Interaction (TCI) has been improved by introducting k/epsilon based modelling, allowing advanced investigation such as:
a. Analyze the influence of Swirl levels in the cylinder with high fidelity.
b. Analyze influence of multiple injection strategies with high accuracy.
c. Study advanced combustion modes such as RCCI, PCCI and PPC.
Release date: April 2017
Please contact your local LOGE sales representative for further information, or email us at contact(at)loge.se
On November 14-16, LOGE participated at SMARTCATs Second General Meeting and Second Workshop in Lisbon, Portugal. Approximately 60 participants from Europe gathered to address the basic aspects and applied issues of research on Smart Energy Carriers chemistry and technologies. Click here to download the book of abstracts from the meeting.