GrabCAD, which operates a community for (and founded by) mechanical engineers, where they can share knowledge and collaborate on CAD models, engineering projects and whatnot, has raised $4 million in Series A to add to its its $1.1 million seed round from back in June 2011.
I strongly believe that the media has the potential to help us attract strong talent and inspire the next generation by providing exposure to the many opportunities and role models engineering has to offer.
Recently, the theory of impulsive differential equations has been investigated extensively in simulating processes and phenomena subject to short-time perturbations during their evolution, moreover, such equations have a tremendous potential for applications in biology, physics, epidemic models, engineering, ect.
A large number of researches and applications have resulted in abundant scientific experience and achievements in theoretical models, engineering software, shape control system designing, installation, commissioning, operation, and maintenance.
We use an integrated assessment approach, utilizing state-of-the-science air quality and meteorological models, engineering, epidemiology, and economics, to achieve this objective.
The formulas are implemented following an extensive estimation of parameter values compiled from debris generation models, engineering analyses of mitigation/adaptation technologies, productivity losses from collision risk, and spacecraft fleet projections.
Photogrammetric surveying has been widely applied in medical surgery, 3D modeling, engineering, manufacturing and map production.
Fractional differential equations are used in mathematical modelling, engineering, biology, chemistry, and many other fields of science; see the references.
Fractional calculus is an extension of derivatives and integrals to non-integer orders and it has been widely used to model engineering and scientific problems.
This is quite penalizing for the DSL (Domain Specific Language) approach to model engineering.
The bond graph formalism is a technique for modeling engineering systems as combinations of connected elements.
