High technical complexity increases production costs and therefore many manufacturers target them as premium products.
Previously reported non-precious metal catalysts often involve complicated and lengthy synthesis processes as well as require additional catalyst loading electrodes, increasing the production complexity and cost of cathodes.
First, shorter product lifecycles and mass customization lead to a steadily increasing complexity of production systems.
The increasing complexity of production plants in the context of Industry 4.0 poses new challenges with regards to technical maintenance and process control.
The increasing complexity of product varieties and productions leads to higher mental workload in the mixed-model assembly line (MMAL).
Increasing complexity makes production of fault-free systems extremely difficult.
By increasing porosity, the complexity of the material increases.
There was an increasing recognition of the complexities of the financial management of the state and of the possibility that the way that the state taxed and acted influenced the production of wealth.
In the case of DH systems, the coupling of power and heat production in the CHP units increases the complexity of this scheduling problem.
Furthermore, due to the increasing complexity of the product design, more than one quality characteristic must be considered simultaneously to improve the production quality.
