IPhone Apps. Released at Apple Store.


KUnami Apps

    KUnami interface adopts the setup and organized the input data for simulation Comcot model for tsunami wave prediction that covered the Arabian Gulf, Gulf of Oman and Arabian Sea. Letís user to generate and presents the simulation output in 1D, 2D and 3D graphics; Also  to generate 2D and 3D results animation by using the Surfer Software Utilities.  KUnami interface also linked to the internet system for public awareness through webs ide address (http://www.hceatkuwait.net/KUnami/kunami.aspx)  and through a smart mobile technology.   KUnami Apps, Itís a  mobile apps that hold the KUnami Interface awareness system for selected location in Arabian Gulf, Gulf of Oman and Arabian Sea waters. The system will hold the posted awareness data in the system by default 6 hours or more. For more information on the system go  to website address: http://www.hceatkuwait.net/request/KUnami.pdf  and apps vide at http://www.hceatkuwait.net/request/KUnamivid-page.htm

Soon will Release At Apple Store


BOil Apps

تتبع مصدر تسرب النفطي في مياه الخليج العربي

A Numerical Apps has been developed based on the solution of the governing partial differential equations of flow and immiscible pollutants for predicting the back track oil slick in Kuwaiti offshore territorial waters and Arabian Gulf waters (BOil APPS) . The apps has been coupled with KGulf Model, a hydrodynamic numerical model (K. Al- Salem, 2012). KGulf gives the 2D velocity distribution on the surface of water body. The Lagrangian discrete parcel algorithm has been used to predict the back oil spills and the apps consider Monte Carlo Statistical technique to overcome the random walk in Lagrangian discrete parcel algorithm. It can be used either as a real-time basis to predict the back movement of oil spill for unexpected accident of crude carriers in Kuwait or Arabian Gulf offshore waters and for Quick respond for decision marker on any oil spill accidents in the sea.The Offshore back Track oil spill APPS is an efficient and interactive apps and easy to use for any user with a little experience in a computer usage. This apps version is sufficiently user-friendly and can provide the base information for prediction of the oil spill source and present it on navigation map will provide important information for the decision makers on actions necessary to deal with the source of the oil spill.BOil apps developed by (Khaled AlSalem 2013).
For More information for BOil apps list at website address http://hceatkuwait.net/web-OilSpil/BOil/BTOoilSpill.pdf




KBrod Apps

نشره الأرصاد البحرية لدول مجلس التعاون الخليجي

To listen to live interactive audio stream for online water hydrodynamics' prediction, weather forecasts and live Broadcast hourly updates for Gulf Corporation Council (GCC) Countries and Arabian Gulf water's. الاستماع إلى نشره الأرصاد البحرية و الجوية لحركه المد و الجزر و التيارات البحرية لدول مجلس التعاون الخليجي ولمياه الخليج العربي و التحديثات لنشره الأرصاد البحرية وهي بالساعة
KBrod apps developed by (Khaled AlSalem 2012)




Gnaas Apps

القناص

GNAAS game is an  enjoyable games favored by all children and adults and that need to be a player on a great deal of precision  in shooting and speed in the move
لعبة القناص من العاب التصويب والنيشان التى يفضلها جميع الاطفال  والتى تحتاج الى ان يكون اللاعب على قدر كبير من الدقة فى التصويب والسرعة فى التحرك

Not Release At Apple Store


Swalf Apps

الرسائل القصيرة والمخاطبة الفورية

Swalf apps Lets user easily send SMS text messages to and from IPhones to personal computer , IPhone to IPhone or computer to IPhone to your contactsí mobile phones Registered. Swalf apps is also great way of meeting new friends let you have public online chat with each other. Swalf Chat is designed for real-time, unstructured conversations with users who are signed on to the site at the same time. By default, Chat messages are saved and are visible to all users so that all site participants can benefit from clarifying conversations and questions and answers. Swalf apps developed by (Aisha AlSalem/Khaled AlSalem 2012)
For more Information on Apps  go to website at http://www.hceatkuwait.net/request/Swalf.pdf

Not Released At Apple Store


Kuwait Diwan Locator ( Diwan APPS
 )
( دليل مواقع الديوانيات في الكويت ديوان

ديوان Apps is Kuwait Diwan Locator (دليل مواقع الديوانيات في الكويت) is an electronic index and a navigation system for locating a any selected Diwan in the State of Kuwait .
الدليل الالكتروني لديوانيات الكويت، يحتوي على معظم الديوانيات الكويتية مرتبة حسب المحافظات والمناطق. يمكنك للمستخدم الاستفادة من هذا الدليل الالكتروني للحصول على معلومات و مواقع إحداثيات الديوانيات ، ويمكن تحديث معلومات الديوانيات الخاصة و إرسالها بواسطة (SMS or Email).
For more Information on Apps  simulation go to website at http://www.hceatkuwait.net/request/diwanfile.pdf


Kuwait Positioning System Locator ( KPSL APPS )

Kuwait Positioning System Locator (KPSL apps) is a navigation system for Kuwait Area. This apps was setup for two option for user as: 1- For fishing area locator. This apps has about 150 fishing area in Kuwait water were stored in , also has the ability for user create his own data file and user can get his current location recorded. Also this app can display for user the fishing area within setup distant from his current location. 2- For locating areas of interest such as Location of Shopping Center, hotels, Camping Areas, Entertainment Places, Different type of Restaurants, Wedding Lounges and Hospitals (Public and Private) where user can navigate by the apps. KPSL app can send sms or email the data with an image attached. For Fisher, KPSL apps show daily hydrodynamic information prediction (Tide Level info.) from different station in Kuwait waters.
For more Information on Apps  simulation go to website at http://www.hceatkuwait.net/request/kpsl.pdf


Gaussian Air Pollutant 2D Dispersion Prediction ( KPlum APPS )

It is a mathematical simulation of how air pollutants disperse in the ambient atmosphere. It is performed with computer programs that solve the mathematical equations and algorithms which simulate the pollutant dispersion. The dispersion apps are used to estimate or to predict the downwind concentration of air pollutants or toxins emitted from sources such as industrial plants, vehicular traffic or accidental chemical releases. KPlum APPs was developed by (K. Al-Salem 2011). Such apps are important to governmental agencies tasked with protecting and managing the ambient air quality. The apps are typically employed to determine whether existing or proposed new industrial facilities are or will be in compliance with the National Ambient Air Quality Standards. The apps also serve to assist in the design of effective control strategies to reduce emissions of harmful air pollutants.
For more Information on model simulation go to website at http://www.hceatkuwait.net/request/KPlum.pdf
For Apps video presentation at  http://www.hceatkuwait.net/request/KPlumvid-page.html


KOil Numerical Prediction of Oil Slick Movement in Arabian Gulf and Kuwait Waters Apps.

Will Release Soon At Apple Store

The Oil transport model is coupled with 2D hydrodynamic model for Kuwait Waters and Arabian Gulf (KGulf model). This model gives the velocity distribution on the surface of water body. The velocity distribution is calculated at each time step and is taken as an input for the oil transport simulation model (KOil model). A Lagrrangian discrete-parcel algorithm is used. In this algorithm, the oil slick is viewed as a large ensemble of small parcels.
For more Information on model simulation go to website at http://www.hceatkuwait.net/request/KOil_report.pdf


KOil Numerical Prediction of Oil Slick Movement in Kuwait Waters Apps.

The Oil transport model is coupled with 2D hydrodynamic model for Kuwait Waters (KGulf model). This model gives the velocity distribution on the surface of water body. The velocity distribution is calculated at each time step and is taken as an input for the oil transport simulation model (KOil model). A Lagrrangian discrete-parcel algorithm is used. In this algorithm, the oil slick is viewed as a large ensemble of small parcels.
For more Information on model simulation go to website at http://www.hceatkuwait.net/request/KOil_report.pdf



KForc APPs. Kuwait Weather & Sea Hydrodynamic's Forecast.

Forecasting Weather and Hydrodynamic's information severe as warnings and helping system for the public to make informed decisions. KForc APPs, Produces weather and hydrodynamic's forecasts for Kuwait Weather and Sea condition, which help the public make informed decisions about day-to-day activities and warn people of extreme weather to mitigate its impacts -contributing to the protection of life in sea. KForc App was developed by Khaled AlSalem(2011). User Need to update met files ones in every 6 days through the internet. For more information on Kuwait and Arabian Gulf Forecast go to Website at adders: http://www.hceatkuwait.net/web_pas/main.aspx




KCIS APPs. 1D Hydrodynamic's Prediction for Arabian Gulf and Global Water Level Prediction.

Prediction of tidal variations in water level is of importance in a wide range of practical applications such as: Navigation through inter-coastal waterways, and within estuaries, bays, and harbors; fishing, etc. KCIS APPs is a general-purpose, state-of-the-art water levels prediction app developed by (K. Al-Salem 2011). It allows user to setup station in Arabian Gulf for Hydrodynamic's Prediction. And it is capable of estimating the water level variation due to tides at a number of stations in the Global waters. The KCIS app was validated with other model for water levels prediction it was found to provide good results.
For more Information on model simulation go to website at  http://www.hceatkuwait.net/request/CIS-app-report.pdf

For more Information go to the internet Version:   http://www.hceatkuwait.net/web_pas/Global KTide/GKTide.aspx



QSurge APPs. For Extreme Water Level Prediction Due to Storm Surge for Arabian Gulf Water's

The extreme water level at any location is an important parameter required for the proper design of a coastal structure. Storms are atmospheric disturbances characterized by low pressures and high winds. A storm surge represents the water surface response to wind-induced surface shear stress and pressure fields. Storm-induced surges can produce short-term increases in water level that rise to an elevation considerably above mean water levels. A KSurge Model was developed by (Al-Salem K., 2009) to predict the extreme storm surge at Arabian Gulf and Kuwait Coastal line.
For more Information on model simulation go to website at http://hceatkuwait.net/web_pas/Ksurge/kstorm.aspx



KGulf 2D Hydrodynamic's Apps.

KGulf is 2D hydrodynamics Prediction model set up for the Arabian Gulf and Kuwait waters. The model is capable of simulating 2D tidal current and water level at any selected grid inside Arabian Gulf waters from year 1975 to 2035 with hourly output results. A grid was generated covering the Arabian Gulf from the Hormoz inlet till the upper part of the Gulf . The grid spacing is about 5-8 km in the Arabian Gulf with total of 3692 wet grid inside the Gulf. KGulf model was validated using a tide prediction (TIDCALC) model, RMA-10 HD model and using some field measurements. Result showed that the model is capable of predicting the tidal currents and water level variations well with very short simulation time.
For more Information on the model validation go to website at http://www.hceatkuwait.net/web_pas/web-KGulf/KGulf_report.pdf



KTIDE_KUW2010 Water Level Prediction For Kuwait Waters Apps.

Kuwait Tide Model (KTide) is general purpose program for water level prediction. It capable to estimate water level variation due to tides at a number of station in Kuwait territorial water.KTide model was validated using measured water level data and other model results. It was found the program provided a good agreements.



KTIDE Water Level Prediction For Arabian Gulf Waters Apps.

Tide Model was developed by (Al-Salem K., 2004) for Tide Level Prediction for Kuwaiti territorial waters and the Arabian Gulf , it is an efficient and easy-to-use. This version is sufficiently user-friendly and can provide the base information for water tide elevation for Kuwait Waters and the Arabian Gulf from Jan 1,1975 to Dec 31,2035 hourly data prediction.