After the analyzing of formation pressure data and pressure
interference tests between wells in Ash Shaer field, the field has
been divided initially into three main blocks, then a material
balance model has been built for the field using MBAL software.
This model has proved the previous result besides answering some
problems which hasn’t been solved by the analytical method.
This research aimed at measuring the impact of applying the
balance score card on the Efficiency of internal audit by applying
such tool in the private banks in Syria “case study of Audi- Syria
Bank (BASY)”.
This research aims to analysis the impact of syrian
industrialization strategies (import- substiution strategy and the
export- growth strategy on the economic development and their role
in achieving the economic independence, as well as the achiev
ing of
integration into international economy.
This research aims to shed a light on the current state of the
Syrian water resource through studying the present resources
and analyzing the demand on them and their availability
during the period (1992-2012). This study focues at deriving
the f
uture forecast on the development of the demand on these
resources in order to better conceptualize their current state.
This in turn will lead to concluding a set of results and
recommendations that could contribute to improve the state of
the water resource in the sense of achieving sustainability and
prohibiting its depletion through the efficient and planned
usage.
food security
الأمن الغذائي
مياه الصرف الزراعي
Water balance
العجز المائي
الأحواض الهيدرولوجية
محدودية الموارد المائية
Water deficit
Hydrological basins
Limited water resources
الموازنة المائية
مياه الصرف الصحي
مياه الصرف الصناعي
الأمن المائي
استمطار الغيوم
Sewage
Industrial Wastewater
Agricultural Drainage Water
Seeding Clouds
Water Security
المزيد..
In this paper, we focus on the importance of conducting the necessary tests either
field or laboratory in order to obtain realistic values for soil hydrodynamic parameters
allowing the best result to simulate the actual situation of any engineering
facility.
The importance of this research highlights in earth dams and dikes which have great
importance to economic, environmental and human. It is necessary to be complete
accuracy when creating a mathematical model to study stability of these structures. From
here comes the need to calculate these parameters rather than extracted from engineering
codes, that we will use them to simulate the effect of long rainfall on the distribution of
water content in the Hweez dam soil and hence its stability. We will build a mathematical
model for dam using PCSiWaPro® depending on transition flow chart. concerning that,
hydraulic conductivity and volumetric water content in the soil are functions of pore water
pressure. These equations with their functions give a smooth transition of the studied
model where the saturated state is considered as a special case of the used equations.
The search is focused on the importance of Syrian exports to the national economy،
its role of community development; and improve all economic indicators، and their direct
and basic role; and a high rate of economic growth and increasing foreign ex
change and
trade balance adjustment، reduce unemployment and increase cope positively with the
world economy; and improve other sectors of activation and improved exchange rate and
increase foreign exchange and improve conditions for foreign trade، equity and index of
trade integration and the improvement of quality and increase competitiveness، The
importance of this research is we are in urgent need current، specifically since the start of
the war to Syria since mid- March 2011، to increase foreign exchange and activate
economic sectors especially we're rebuilding. This needs to activate economic cycle and
increase exports، especially industrial and rationalizing imports، particularly of luxury.
This and requires induced economic sector arrangement. We have chosen the agriculture
sector، and the need to go to increase agricultural exports. We'll focus on it in our present
search، hoping to succeed in serving our country to withstand economic backbone and
Foundation of all other types of resilience.
This research aims to shed light on the Syrian water reality through analysising
the Syrian water balance during the period (1992-2012) , And thus access to a set of
results that show actually watery Syrian and the reasons for the imbalance in the
Syrian
water issue, as well as providing a set of proposals that could contribute to overcome
these reasons form that can actually improve the water and protect water resource from
depletion and exploited efficiently and saves supplier and achieve sustainability.
In this work, we have found exact traveling wave solutions for generalized Fitzhug-
Nagumo equation with arbitrary constant coefficients, by using the homogeneous balance
method, The obtained results shows that these solutions changes with the spec
ials solution
of Ricati ODE with arbitrary constant coefficients , and shows that this method is simple,
direct and very efficient for solving this kind of nonlinear PDEs, It can be applied to
nonlinear PDEs which frequently arise in engineering sciences, mathematical physics and
other scientific real-time applications fields.
Asphalt concrete was used for the first time in Syria as a tightening material for dam
Sourani. It was used in this dam as a surface facing on the front slope.
Use of asphaltic concrete under climatic conditions prevailing in Syria, particularly
h
igh temperatures, is discussed in the paper. To achieve this goal, a number of bituminous
concrete mixes, designed using the same constituent components in Sourani dam, were
experimentally tested and analyzed. To determine the effect of the expected maximum
temperatures for Sourani dam, a program depending on Energy balance was developed.
Possible methods of reducing the effect of the high temperature in order to increase
the stability of the asphalt surface facing are analyzed. In this context, the facing was
plastered by a light-color, which led to a decrease in the temperature of the asphalt surface
facing by about 20 degrees Celsius. The facing was also plastered by placing a concrete
layer above it, which led to a decrease in the temperature of the asphalt surface facing by
about 25 degrees Celsius.
This research aims at studying and analyzing the traditional liquidity measures (Current ratio, quick ratio), and alternative liquidity measures (cash conversion cycle, the ratio of net balance of fluid), in order to assess the information provided a
bout the entity's ability to repay short-term financial obligations from operating cash flows in a sample of establishments listed in the stock of the Syrian Commission on Financial Markets. The results of the comparative analysis and logistic regression showed that the alternative measures are considered better than conventional measures, regarding the accuracy of the information provided about the ability of an entity to repay short-term obligations. It was found also that the traditional measures can indicate a good level of liquidity, according to the traditional concept and in spite of the non-established ability to repay current liabilities by operating cash flow, it was noted that the relative decline in the conversion of cash and the relative rise in the ratio of net liquid balance cycle may be associated with a rise in the proportion of operating cash flow to current liabilities.
