structures made by forming a plastic plate into the desired profile. F dịch - structures made by forming a plastic plate into the desired profile. F Trung làm thế nào để nói

structures made by forming a plasti

structures made by forming a plastic plate into the desired profile.
Forming techniques include extrusion, molding, pressing, etc. Formed
plastic sheets are generally used to make composite geotextiles as
explained below.
2.2.3. Composite geotextiles
Composite geotextiles are made by combining several of the above
described products. Examples are:
(i) Combinations of multiple layers of knitted, woven, and/or non-
woven fabrics bonded together by stitching, needlepunching,
heatbonding, etc. Open weave woven fabrics, used to form
composite geotextiles, are sometimes referred to as scrims (see
Section 2.3).
(ii) Combinations of mats, nets or formed plastic sheets with one or
two geotextiles acting as filters to form prefabricated drainage
structures. Mats, nets or formed plastic sheets provide an open
structure where liquids and gases can flow almost freely.
2.2.4. Composition of geotextiles
Classical as well as special geotextiles are usually made from synthetic
polymers such as polypropylene, polyester, polyethylene, polyamide
(nylon). Some geotextiles are made from glass fibers. Steel wires and
cables have also been used in conjunction with synthetic polymers to
create geotextiles for specific applications. Natural fibers (i.e. wool,
cotton or acetate) are very seldom used to make geotextiles because they
are biodegradable. Geotextiles made from natural fibers and even paper
may, however, serve temporary functions where biodegradation is
desirable (e.g. temporary erosion control).
2.3. Geomembranes
Four types of geomembranes are presented in Fig. 2. They are classified
according to their manufacturing process. Two broad classes of geomem-
branes can be considered: the geomembranes made in situ (i.e. at the
construction site) and the geomembranes manufactured in a plant. In
each class, two types of geomembranes can be identified: nonreinforced
(sometimes called 'homogeneous') and those reinforced with a fabric.
0/5000
Từ: -
Sang: -
Kết quả (Trung) 1: [Sao chép]
Sao chép!
Tấm NHỰA to create a into a geometry as the same as Hồ profile Personal required.
ky thuat looks into Include module, Đúc, EP and the type so on. Hình into the
Tấm NHỰA normally in use to make cho Vải email address: điện lạnh Tổng hợp such as
interpreted below.
2.2.3. Tổng hợp Vải email address: xây dựng
Tổng hợp Vải email address: xây dựng bởi really combined of some of the
product is described. For example Include:
(i) really combined of multiple Grade Det Kim, det thoi and / or not -
det Vải Khẩu, Chăm look up, using way back combined with the different
. heatbonding, and such Opens Vải Det for the Configuration Protocol
Vải email address: xây dựng Tổng hợp, Đội KHI called that Sương Grid Vải (XEM
Mục 2.3).
(ii) really combined of reference, monitor, or really looks into the one or Tấm NHỰA
như hai bộ lọc vải địa kỹ thuật để hình thành hệ thống thoát nước đúc sẵn
các cấu trúc. Cung cấp một thảm mở, màn chống muỗi hoặc tấm nhựa hình thành
trong chất lỏng và khí có thể được cấu trúc gần như chảy tự do.
2.2.4. Vải địa kỹ thuật thành phần
cổ điển, và thường được làm bằng sợi tổng hợp vải địa kỹ thuật đặc biệt
polyme như polypropylene, polyester, polyethylene, polyamide
(nylon).有些土工布是由玻璃纤维做成的。钢丝和
电缆还曾到合成聚合物结合
创建特定的应用土工布。天然纤维 (即羊毛、
棉或醋酸) 是很少使用,使土工织物,因为他们
是可生物降解。土工织物作从天然纤维和甚至纸张
可能,然而,服务临时函数生物降解在哪里
可取 (如临时侵蚀控制)。
2.3。土工膜
在图 2 中介绍了四种类型的土工膜。他们被分类
根据其制造过程。两大类的 geomem-
片膜可以考虑: 在现场的土工膜 (即在
施工现场) 和在一家工厂生产的土工膜。在
每个类,可以确定两种类型的土工膜: 无钢筋
(有时称为 '齐') 和那些与织物增强。
đang được dịch, vui lòng đợi..
Kết quả (Trung) 2:[Sao chép]
Sao chép!
geometry implemented with the way looks into a Tấm NHỰA on Hồ profile Mong would like to.
ky thuat Hình success Include module, Khuôn dập, EP, VV been Thành Lập
tờ NHỰA in use to make cho Vải reference: xây dựng Tổng hợp Chung such as
interpreted below.
2.2.3 tổng hợp Vải email address: điện lạnh.
Vải email address: xây dựng Tổng hợp implemented with the way combined one number of above
san pham descriptions For example:.
(i) combined of multiple Grade Det Kim, Det, and / or not
det Vải out with the different Quan using way Khẩu, needlepunching,
heatbonding, VV Opens det Vải det, in use to create a success.
Vải email address: xây dựng Tổng hợp, Double KHI is Introduction that scrims ( XEM
Mục 2.3).
(ii) combined of Mats, Grid or Tấm NHỰA been Thành Lập with one or
hai Vải email address: điện lạnh closed VAI TRO that filters exit Nước to create a success construct condition Đúc ship
the geometry. Mats, Grid or Tấm NHỰA been Thành Lập Cung cấp an extended
geometry where almost like cuộc trò chuyện dài and can started from instruments làm.
2.2.4 Thành part of reference Vải: điện lạnh.
equity dictionary as well as Vải email address: điện lạnh Special lower is as the words Tổng hợp
polyme Chang timeout such as polypropylene, polyester, polyethylene, Polyamide
(Nylon). Some Vải email address: điện lạnh been made ​​from 'Soi thủy tinh. Dây Thép and
Cáp already in use combined with polyme Tổng hợp External ra to
make Vải reference: điện lạnh cho other applications tools can. Soi Natural (tức that len,
bông or acetate) much hiem KHI in use to make cho Vải reference điện lạnh because they
are Phan Huy sinh hoc. reference: điện lạnh Lâm Tự soi manually Natural and even Cà Giây
tháng, However, server function temporarily, where Phân hủy Booking sinh students are
you want Mông (examples such as checking Soát Xôi THỨ temp).
2.3 Geomembranes.
.. geomembranes bon type is the hien Trọng Configuration 2 Hồ be category
Theo Quy process Serial their Hải Grade education width of geomem-.
màng may be coi are: (examples in the geomembranes as a place at
. Địa score build) and geomembranes Trọng Trọng Sản Output one cầu Nhà
each of Class, geomembranes hai type may be determined: nonreinforced
(double KHI called is a "đồng first") and The following grow Cường with a type Vải.
đang được dịch, vui lòng đợi..
Kết quả (Trung) 3:[Sao chép]
Sao chép!
通过形成一个塑料板到所需的文件结构。
成形技术包括挤出,成型,挤压,形成
等塑料片材通常用于复合土工布作为
解释如下。
2.2.3。复合土工布
复合土工布是由结合上面的几种
描述产品。例子:
(我)组合的多层次的针织,梭织,和/或非
织物粘结在一起的拼接,针刺,
热粘,等开编织织物,用于形成
复合土工布,有时被称为网布(见
2.3节)。
(II)的组合的垫子,网或成型塑料片材与一个或
两个土工织物作为滤波器形成预制排水
结构。垫,网或成型塑料片材提供一个开放的
结构在液体和气体的流量几乎可以自由地。
2.2.4。土工织物组成的
经典以及特殊土工织物通常是由合成
聚合物如聚丙烯,聚酯,聚乙烯,聚酰胺(尼龙)
。一些土工织物是由玻璃纤维。钢丝和
电缆也被用于合成聚合物的结合
创建特定应用土工织物。天然纤维(如羊毛,棉花或
醋酸)是很少使用土工织物因为他们
是可生物降解的。由天然纤维和纸都
可能土工布,但是,服务功能,是理想的生物降解的临时
(例如临时侵蚀控制)。2.3。四种类型的土工膜防渗膜
在图2给出了。他们是根据其制造工艺分类
。对土工型两大类
膜可以认为:在原位土工膜(即在
工地)和一个厂生产的土工膜。在
每个类,两种类型的土工膜可以确定:nonreinforced
(有时称为“均质”)与织物增强。
đang được dịch, vui lòng đợi..
 
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