Sentence examples for development of new performance from inspiring English sources

Current developments such as small scale solar driven heat pumps and solar cooling kits commercially available for application raise questions about how to successfully integrate these systems into buildings, while present interesting opportunities for the development of new performance based façade components or even self-sustaining cooling façade modules for high-performing commercial buildings.

Models to predict the impact of frangible bullets on soft body armor are currently sought to aid in the development of new performance standards for the law enforcement community against this unusual ballistic threat.

We conceptualize and define equity in rural transportation management with the development of new performance measures and an analytical model for decision making with multiple desirable and undesirable objectives.

"One of the challenges I would like us to be meeting," he said, "is creating the infrastructure around the development of new performance that is fully realized and finished, and feels finished, and feels ready," even if the performance "is bad.

Using an accumulation of knowledge that become new knowledge being the support for the development of knowhow focused on task performance (PMBOK), management skills (IPMA), the development of functions (APM) and the development of new performance criteria for project leaders (PMAJ) these approaches to date do not guarantee the success of any project.

Duke's Department of Theater Studies combines scholarly theater research with productions of plays both old and new, from all over the world and the creation and development of new performance works.

Concern that inappropriate measures may be developed or that measures will be used injudiciously can create significant organisational resistance to the development and implementation of new performance indicators.

We report on the possibility of obtaining organic polymeric matrixes allowing the development of new high performance fire-resistant products by recycling downsized thermostable waste materials.

The development of new high performance, ultra-thin organic coatings requires a strategy that has to consider a large number of surface treatment variables such as binding moieties, substrate, and adsorption conditions (e.g. temperature, solvent, concentration, pH, salt).

Molecular semiconductors, on the other hand, can be purified more easily, and they do not suffer from molecular weight polydispersity; their well-defined chemical and electronic structures provide a unique opportunity to systematically study the structure function relationships that can guide the development of new high performance organic semiconductors.

Biomimetic approaches have considerable potential in the development of new high-performance materials with low environmental impact.