Composite Geotextiles for Architectural Engineering

Ref Price:
$0.12 - 5.14 / m²
Loading Port:
Qingdao
Payment Terms:
TT or LC
Min Order Qty:
5000 m²
Supply Capability:
100000 m²/month

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Composite Geotextiles for Architectural Engineering


Description Of Composite Geotextiles for Architectural Engineering

Composite material is a general term for the synthetic materials used in civil engineering. As a kind of civil engineering materials, it is to synthetic polymers, such as plastics, chemical fiber, synthetic rubber as raw material, made of various types of products, placed inside the soil, surface, or various kinds of soil play to strengthen or to protect the soil. The application of the technology of soil engineering synthetic materials will be divided into the type of the material of the soil, the soil, the soil, the special material and the composite. The special materials for the special materials include the soil engineering film bag, the soil engineering net, the geotechnical mesh pad, the soil working chamber, the soil texture, the bentonite mat, the polystyrene foamed plastics (EPS), etc.. The composite material is made from the above mentioned materials, such as composite coating, composite material, composite material, composite waterproof and drainage (drainage), etc..


Main Features of Composite Geotextiles for Architectural Engineering

The advantages of the composite is that the weight is light, and the overall continuity is good (can be made into a large area of the whole), construction is convenient, high tensile strength, corrosion resistance and resistance to microorganisms. The disadvantage is that, without special treatment, anti ultraviolet ability, such as exposure to ultraviolet radiation, is easy to aging, but if not directly exposed, the anti aging and durability performance is still high.



Applications of Composite Geotextiles for Architectural Engineering

1, for the stability of highway, railway roadbed.
2, used to bear the weight of the embankment and shallow water treatment.
3, used to prevent the landslide and the load of the gravity of the hybrid retaining wall.


IMages of Composite Geotextiles for Architectural Engineering


Composite Geotextiles for Architectural Engineering

Composite Geotextiles for Architectural Engineering

Composite Geotextiles for Architectural Engineering

Composite Geotextiles for Architectural Engineering



 

FAQ:

 

1. What are we supplying?

We are specialized in producing .geotextile , geocell, geogrid, geomembrane

2. How Many years experience do we have?
We have been exported to more than 15 countries in the past 10 years.

 

3. How long do we usually reply your request?

We always reply our customer within 12 hours.


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Q:The Importance of Civil Engineering Materials in Engineering Construction
The scope of the problem is a bit wide, the most important thing is a direct impact on the quality of the project
Q:The Relationship between Material Development and Civil Development
Civil engineering, the main construction of various structures, to create a new structure, in addition to the structure of its own innovation, the main material and process innovation.
Q:Civil engineering materials, what kind of
Generally classify the various classification methods by appropriate combination of materials after the division. Such as decorative mortar, asphalt waterproof material.
Q:The gap between China 's civil engineering building materials and abroad
If there is a gap, I think the most fundamental gap lies in its own positioning and positioning of their own direction of it. Affect the norm of the most fundamental or money, how much money to do many things, the standard to improve the money or do the same bad, regulate this thing itself is the result of multi-party game
Q:What are the interrelationships between the nature of the civil engineering materials described in this chapter?
The nature of civil engineering materials can be divided into two parts: the basic nature and the special nature.
Q:What is the actual state of the bar in civil engineering?
(3) to understand and master the cross-section of the cross-section of the torque, torque diagram; (4) mastery of the straight and straight (2) to understand and master the thin-walled cylinder torsion; (5) master the deformation of the straight rod when the deformation, stiffness conditions; (6) to understand and master the straight rod when the strain energy .4 bending stress symmetrical bending of the The calculation of the concept and the calculation of the beam; the shear force equation of the beam and the moment equation, the shear force diagram and the bending moment diagram; the internal force of the plane frame and the curved rod; the normal stress and the normal stress strength condition on the beam cross- (1) to understand and master the concept of symmetrical bending and beam calculation diagram; (2) master the beam of the shear equation and bending moment equation, the shear force diagram of the shear stress, shear stress strength conditions; (3) to understand and master the plane frame and the internal force of the curved rod; (4) master the beam cross-section of the normal stress, normal stress strength conditions; (5) to understand and master the beam cross-section (6) Understand and master the reasonable design of the beam 5. Displacement of the displacement beam when the beam is bent; Define the differential equation and its integral; Define the displacement of the beam; Nuclear, to improve the stiffness of the beam measures; beam bending energy within the beam.
Q:Why civil engineering to solve the problem is to give full play to the role of materials
Cost-effective, with its own things have their price Well High-end material performance is good, the same high price, if the project does need this high-end materials to meet the construction requirements, it can only use this, because the general material will cause engineering quality problems. However, if the general performance requirements, that is, ordinary materials can be resolved, then use ordinary materials like, without the need for high-end materials, which can save costs.
Q:What are the structural forms of common buildings?
1) brick and concrete structure: brick or load-bearing block masonry load-bearing walls, cast-in-place or prefabricated reinforced concrete floor composition of the building structure. Used to build low-rise or multi-storey residential buildings. (2) frame structure: composed of beams and columns of the main skeleton bearing structure, the floor is generally cast-in-place concrete, wall for the filling wall. Used to build high-rise and high-rise buildings. search for
Q:Why civil engineering materials are important
From the perspective of resources and the environment and development prospects and other considerations and writing: such as the availability of materials, renewable, reusable, energy consumption, carbon sinks, etc., a lot of small, and need to find the relevant literature.
Q:architecture material
Slag Portland cement (referred to as slag cement), volcanic ash Portland cement (referred to as volcanic ash cement) and fly ash Portland cement (referred to as fly ash cement) are made of cement clinker. Mixed with the amount of gypsum made of fine. Wherein the variety and the content of the mixed material are different. The mixed material of the slag cement is granulated blast furnace slag, and the blending amount is 20% ~ 70% by weight; the mixed material of the volcanic ash cement is a mixed material of volcanic ash, the dosage is 20% ~ 50% by weight; Fly ash cement in the mixed material is fly ash, blending by weight percentage of 20% to 40%.

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