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This results in an increase in pore-water pressure and a corresponding decrease in shearing resistance.
Based on geophysical reconnaissance, muddy water coming from 1# landslide was found.
This phenomenon shows that there was no relationship with surface water erosion，but with the underground water erosion from the inner part of the landslide.
Abundance of underground water and surface water accelerates the tendency of the bedrock terraces to become weaker, which probably induced landsliding.
The variation in natural water content is an indication of the variability of engineering behavior of colluvial and eluvial soils.

The image processing algorithms were developed using the Matlab 2010a platform and tested on a PC-type computer with a 2.2 GHz processor, 1 GB of RAM and Windows XP Professional OS; the tests were performed in triplicate.
Table 1: Linear retraction, apparent density, apparent porosity and water absorption data.
Sample Linear retraction (%) Apparent density (g cm-3) Apparent porosity (%) Water absorption (%) Diameter ± Des.
For the 4th sample, the apparent density decreased as the apparent porosity and water absorption increased.
The remaining samples had water absorption values above 3.0%.

Various polyethylene (PE) pipes are widely used in Algeria to distribute potable water and natural gas in urban areas and water agricultural crops in the countryside.
Currently in Algeria, various polyethylene pipes are joined using traditional methods such as butt welding and electro-fusion welding, along with small and medium-diameter pipe connections used in agriculture and water distribution.
This research aims to maintain an acceptable elongation (relative elongation at break) compared to the base material and to study the effects of quenching by water on structural development and relaxation in the weld-affected zone.
This research will help industry professionals develop pipe collection devices and produce high-quality HDPE welds that reduce the cost of welding operations and shift toward more sustainable manufacturing processes.

The relationship between mud density and water to fine mass ratio is established from fine and water densities as follows: ρmud=1 + Rw/F1ρF + Rw/Fρw (1) Where ρmud is the mud density (kg/m3), Rw/F is the water to fine mass ratio (-), ρF is the absolute density of fines (2840 kg/m3) and ρw is the water density (1000 kg/m3).
Mud is left to settle and then excess water is removed (Fig 2).
If too much water is removed, water can be added during the composite production.
Compared to bibliography, the compressive strength of all the produced composites meets the requirements of the French professional rules, making them suitable for use as wall building material (minimal value = 0.2 MPa)(Construire en Chanvre, 2010).
This corresponds to a mass water content about 6%.

When we greet the arrival of a comprehensive “urban age”, we must change the process of trade logistics park ecosystem towards to a more sustainable energy, land, water, materials and environmental protection eco-development model.
According to the main elements of urban ecology, the current ecological challenges of the trade logistics park can be subdivided into the energy system, water system, circulatory system and atmospheric circulatory system.
(3) Provide professional quality storage, packaging, processing, distribution, information services.
We must change the process of logistics park ecosystem towards to a more sustainable energy, land, water, materials and environmental protection eco-development model.
According to the main elements of urban ecology, the ecological challenges of the logistics park can be subdivided into the energy system, water system, circulatory system and atmospheric circulatory system.

Introduction Ship manipulation Simulation Manager system involves computer, and simulation, and engineering control, and water dynamics, and ship manipulation and the communications navigation, technology, it is will radar, and ARPA and the navigation features Yu one, has has radar simulation Manager of all features, and equipment has clock depending on King displayed, to displayed day and night and various visibility of depending on King, and a more full of driving Taiwan operation equipment, can intuitive to simulation and displayed in sea or port navigation and the manipulation situation, Simulation can be achieved using ship handling Simulator for training purposes.
International navigation Simulator Association taking into account the STCW78/95 Simulator-related requirements of the Convention and to ensure and improve the quality of simulator training, classification on the Simulator, simulators are divided into four categories, namely: (1) Visual Simulator (Full Mission): the capacity to simulate all the environment, can be ship maneuvering in narrow waterways and water training.
(2) multi-purpose simulators (Multi Task): ability to simulate navigation environment, can be used in restricted waters ship handling training.
Hydrodynamic calculation for simulation of ship navigation by ships. 2) to electronic chart as the background operation waters 3) generation of radar/ARPA images /ARPA image generation system of radar, ARpA and radar images of the training area information,.
The database first by IMO STCW78/95 Convention under or national maritime Council ships crew right any examination and assessment outline under and "about professional and special training examination and assessment outline" of requirements set training project, again application expert system principle imitation avoidance touch expert of thinking (that based Yu 1972 International Sea avoidance touch rules under and expert on rules under of explained), and large real fuck Hou are of data, for fuzzy integrated evaluation, after calculation Hou concluded that evaluation standard data storage in database within, To be compared with the participants practical training.

On the feed water pipe of the evaporators of all cold store rooms, there are solenoid valves, which are controlled by relays.
According to the new cold store’s size and reference some professional standards, the total heat load is worked out.
Choosing Condenser On board, water is plentiful and the cold stores are usually equipped with horizontal shell and tube condensers.
When choosing a condenser, the calculation mainly includes the heat exchange area, cooling water flux and the water resistance losing in the condenser.

By the principle of determining the concrete mix proportions, they keep the same total cementitious materials, water, sand ratio, coarse aggregate weight, maximum aggregate size and water-reducer, change the ratio of fly ash replacement only.
Table 1 Concrete Mix Proportion Test series Parameters Material quantity （kg/m3） bc W/B W/C bs Water Cement Sand Aggregate Fly ash Water reducer Polypropylene fiber 0 0% 0.4 0.40 40% 160 400 735 1102.4 0 2.6 2 20% 0.4 0.50 40% 160 320 735 1102.4 80 2.6 4 40% 0.4 0.67 40% 160 240 735 1102.4 160 2.6 F 20% 0.4 0.50 40% 160 320 735 1102.4 80 2.6 9 Note : bc-the ratio of fly ash replacement, bs-sand ratio 2.2.
The specimens were hoisted to the interior by a professional crane company (see Fig.1, 2) two to three weeks before the test.

Table 1: Confident level of material selection for body part Criteria Confident Criteria Confident Tensile Strength 5 Impact Strength 0 Tensile Modulus 10 Density 10 Flexural Modulus 10 Water Absorbtion 10 Compressive Strength 0 Material Cost 10 Table 2: Confident level of material selection for rib part Criteria Confident Criteria Confident Tensile Strength 5 Impact Strength 10 Tensile Modulus 5 Density 10 Flexural Modulus 10 Water Absorbtion 5 Compressive Strength 10 Material Cost 10 Table 3: Confident level of material selection for stand part Criteria Confident Criteria Confident Tensile Strength 5 Impact Strength 0 Tensile Modulus 5 Density 3 Flexural Modulus 5 Water Absorbtion 3 Compressive Strength 10 Material Cost 10 Table 4: Confident level of material selection for beam part Criteria Confident Criteria Confident Tensile Strength 5 Impact Strength 10 Tensile Modulus 5 Density 5 Flexural Modulus 10 Water Absorbtion
Koppelaars: Applied Mathematics for Database Professional.

The public has been made aware that the lubricants used in machines can contaminate the soil and underground water supply.
Non-toxic and biodegradable lubricants have become a major issue especially when the lubricants involve contacts with soil, crops and ground water.
Biodegradability is the ability of a substance to be decomposed by the action of the bacteria into CO2, water, mineral compound and bacterial bodies.
The examples of the fields of application for environmental-friendly lubricants are [6]: outboard two strokes engine oils, chain saw and saw frame oils, hydraulic oils for forest and agricultural equipment, lubricants for sewage treatment plant, water weir plant and lock gate, lubricant for food machinery, metal working and metal forming processes and internal combustion engine and hydraulic system.
Lansdown, Lubrication and Lubricant Selection, Professional Engineering Publishing Limited, London and Bury St Edmund, UK, 2004