With the development of the construction industry, customization of plastic wood flooring will become a trend. According to the actual scene needs and under the condition of meeting the actual functional requirements of the floor, the functional and aesthetic modeling rules should be followed when designing the surface modeling of the floor, so that the surface modeling design of the plastic wood flooring is more beautiful and practical. The functional and aesthetic modeling principles make the surface modeling design of the plastic wood flooring modular in product design, achieve product serialization, and standardize production, so that the plastic wood flooring has a broader development space.
Surface modeling that is conducive to the performance of anti-slip and wear-resistant properties
Garden landscapes are basically outdoor public places with large passenger flow. The outdoor environmental factors of wind and rain always test the performance of ground paving materials. Based on the needs of surface modeling, it is more required that the plastic wood flooring needs to have certain anti-slip and wear resistance. In addition to the physical properties of the material itself, the performance of these properties should also be paid attention to in the surface modeling of the floor. In the surface modeling design of landscape plastic wood flooring, the surface concave and convex curve modeling should be used to increase the roughness of the floor surface, thereby increasing the friction when the floor contacts the outside world, so as to achieve the purpose of anti-slip.
Surface modeling that is conducive to drainage and anti-corrosion performance
Although plastic wood products have the characteristics of moisture resistance, weather resistance, and aging resistance, they will also produce certain fatigue and creep under the influence of the outdoor natural environment. These changes will reduce the strength of the floor and increase the curvature. Therefore, in the design of the surface modeling of landscape plastic wood flooring, the drainage performance of the floor should be considered as appropriate to increase its anti-corrosion performance. In actual production, flat-end plastic wood flooring is directly fixed on the bracket when used outdoors, and a gap will be reserved as a drainage groove during installation; when the clip-on plastic wood flooring is installed, the drainage groove should be set at the clip position to facilitate disassembly and drainage.
Modeling that is conducive to energy conservation and environmental protection needs
With the development of society, energy conservation and environmental protection have become an indispensable production and lifestyle. In the surface modeling design of plastic wood flooring, a modeling design that is both beautiful and energy-saving will become a trend. In the appearance design, in addition to the hollow plastic wood floor, the floor can also be designed into a solid arch bottom shape under the condition of the proper load-bearing performance. Such a shape can not only reduce the weight of the plastic wood floor itself and facilitate installation under the requirement of its load-bearing function, but also save materials, reduce unnecessary waste, and achieve the purpose of energy saving and environmental protection.
Landscape plastic wood floor surface modeling rules based on aesthetic requirements
Aesthetic principles are the intuitive feelings generated by the direct contact between product form and people. Although aesthetics is not a decisive condition in product form design, it is a necessary factor in product form design. Product appearance design should have aesthetic guidance and arrangement under the condition of meeting its necessary functional requirements. Aesthetic principles include unity and change, proportion and scale, rhythm and rhythm, etc. Aesthetic principles are applied in the surface modeling design of plastic wood floor, making it beautiful and artistic, which can achieve the effect of enhancing the artistic effect of the overall environment. According to different scene requirements, under the same functional requirements, there can be different appearance choices and matching.
Surface modeling design that conforms to proportions and moduli
In order to make the surface modeling design of plastic wood flooring unified and varied, the corresponding architectural modulus can be applied to the required appearance size, so that the surface modeling of plastic wood flooring has a mathematical basis under different size requirements. The use of moduli can fix the scale of the floor surface modeling, so that it conforms to aesthetic standards, thereby establishing serial production.
Surface modeling design that conforms to morphological bionic design
Bionics is widely used in life, while morphological bionic design mainly studies the external form of natural materials and organisms and their symbolic meaning, and applies them to design through appropriate artistic processing techniques. Bionic design used in product modeling is divided into three types: concrete form, abstract form and metaphorical form. In the surface modeling design of plastic wood flooring, the bionic modeling design can enhance the integration ability of the floor with the environment and make the floor more aesthetically valuable.