Modern engineering systems are complex and expensive to design, manufacture and maintain. Guy Johns, Lead Technologist at CFMS, explains why a through-lifecycle approach is needed.
In this eBook, learn how engineering simulation software running on a well-managed clustered IT infrastructure has helped manufacturers and research scientists across a range of industries reduce development time and increase output. Featuring real-life examples from the fields of aerospace, automotive and materials science, the eBook explores how manufacturers large and small can cut costs by using affordable high-performance computing resources.
The role of clustered infrastructure in managing emerging workloads
Insights on how to select a commercial Laboratory Information Management System
CFMS reports on why, for a growing number within the high-performance computing (HPC) community, the future of cloud computing lies with an open-source cloud operating stack that controls pools of compute, storage, and networking resources throughout a data centre, via a dashboard or orchestration API
David Wang gives his view on how modern laboratories can leverage data to provide maximum value
Elsevier’s Jabe Wilson predicts radical changes in the ways AI will be used in scholarly communications
Robert Roe looks at advances in automotive simulation
Sophia Ktori reveals the informatics company’s history – and plans for the future
Robert Roe reports from the SC17 conference keynote, detailing progress on the Square kilometre Array project