The phrase "a concept that enabled" is correct and usable in written English.
You can use it when discussing an idea or theory that has facilitated or made possible a certain outcome or development.
Example: "The introduction of the internet was a concept that enabled global communication in ways previously unimaginable."
Alternatives: "an idea that allowed" or "a notion that facilitated".
Resilience is not just a concept that enables criminologists to better understand the longevity of some criminal organizations; it also has implications for the strategic and operational aspects of policing such organizations, including intelligence gathering, the design of interventions and assessment of their potential unintended consequences.
Patient "self management" or "self care," a concept that enables patients to take a guided but ultimately personal involvement in the management of their condition, is an increasingly debated element of healthcare provision.
Dr. Furth in 1971 was also one of the researchers who came up with a fundamental concept that enabled the reactor to reach its ultrahot temperatures.
The most widely used visualization tool is the UCSC genome browser that introduced the custom track concept that enabled researchers to simultaneously visualize gene expression at a particular locus from multiple experiments.
Reverse total shoulder arthroplasty (RSA) is a recent concept that enables good functional outcomes in cases of massive rotator cuff tear and cuff tear arthropathy.
Here, we propose a novel concept that enables a tunable band gap of carbon phases with sp2 carbon atoms within a sp3 carbon structure.
In 2016 we'll see this continue with the rise of personalized video, a new concept that enables marketers to customize the actual video content with information unique to each individual viewer for a truly tailored content experience.
Network virtualization is an emerging concept that enables the dynamic creation of virtual networks over a shared physical network infrastructure.
A software design concept that enables a parallel design of hardware, mechanics and software is presented.
Next, the paper introduces a 'sample mesh' concept that enables a distributed, computationally efficient implementation of the GNAT method in finite-volume-based computational-fluid-dynamics (CFD) codes.
