Graphene is a one atom thick honeycombed layer of carbon atoms that has been called the lightest and strongest known material as well as the best conductor of electricity. As such, its potential applications are many, but production processes need to advance for them to be realized.
Latest in Graphene
Graphene Conference Opens in April
Meet Carbyne, the New Supermaterial
Just when we thought it couldn't get any better than graphene, researchers at Rice University have published findings that describe...
Promoted Post
How to Leverage High-Strength 3D Printing
Can't figure out how to integrate high-strength 3D printing into your manufacturing workflow? Try a new perspective.
Learn more.
Presented by
Graphene Sensor Boosts Camera Performance
Researchers Etch Diamond with Graphene and Water
Glossary Quick Look
Glossary
A
B
C
D
E
F
G
H
I
J
L
M
N
O
P
Q
R
S
T
V
Latest News
Podcast: Digital Engineering News Roundup for Oct. 12, 2018
Listen to a brief roundup of this week's top digital engineering news featuring Siemens...
Material Matters in Rendering
3D printing applications push rendering developers to match new material properties.
Partner Content
SLA 3D Printing With Engineering Materials
In this webcast, Kevin Gautier, Channel Application Engineer at Formlabs, will walk you through...
Partner Content
DE Making the Case for Simulation of Additive Manufacturing
Increase additive manufacturing efficiencies and lower production costs with upfront simulation.
All posts
Editors’ Picks
Editor’s Pick: Metal Additive Manufacturing System is Configurable and Scalable
EOS expands its DMLS additive manufacturing systems lineup.
Editor’s Pick: Access Simulation Throughout Design
From concept through manufacturing and beyond, Altair's new platforms make simulation readily...
Editor’s Pick: Canon U.S.A. Unveils New Océ ColorWave Series
Multifunction large-format printing systems have technologies that could save time, reduce costs...
Editor’s Pick: Correlate Measured Loads with FEA Models
Analysis tool set leverages FEA models to determine optimal strain gauge placement.