The proposition of complex hybrid system, dedicated to modelling of life cycle of materials and optimization of their in use properties, is presented in the paper.
Moreover, with the purpose of developing new material systems with lower environmental load, it is necessary to quantify the environmental impact in the whole life cycle of materials or products.
However, there is another, less recognized aspect of the built environment: the embodied energy of buildings, which represents the energy consumed in construction, including the entire life cycle of materials used.
It also is, in principle of sustainable design, to re-think the design for realization of re-cycle of material circulation and symbiosis of human and nature, and up-cycling minimizes the process by maximum use of original functions, based on re-cycle of wastes.
There are repetitive cycles of material posting (phase 1: students target goals, plan effort and have an initial perception of tasks & phase 3: students select cognitive strategies, increase or decrease effort, persist or give up).
Complex approach to the design of manufacturing processes based on considering the whole Life Cycle (LC) of material, including processing and exploitation stages, is presented in the paper.
Procedures should cover the life cycle of a material, from the time of receipt to ultimate consumption.
The authors showed that the insulation thicknesses obtained from the environmental optimization point of view, taking into account the life cycle of the materials, are much higher than the ones obtained from the economic assessment.
Investigation of the curing kinetics of a resin is one of the prerequisites for designing and optimization of the process parameters for the curing process which will help to control and predict the curing cycle of the materials.
