|
Experimental Study on Trapezoidal pontoon-type Floating Breakwaters with Attached Porous Plates
|
#
|
1399 - 11
|
|
|
NUMERICAL MODELING OF a VERY LARGE CRUDE OIL CARRIER USING ANSYS CFX: a CASE STUDY OF SALINA
|
#
|
1398 - 07
|
|
|
Experimental Study of Wave Attenuation in Trapezoidal Floating Breakwaters
|
#
|
1397 - 11
|
|
|
EFFECTS OF MARINE CONDITION ON THE SPEED AND FUEL CONSUMPTION OF A FULLY LOADED VLCC
|
#
|
1396 - 10
|
|
|
Application of Genetic Algorithm and Analytic Hierarchy Process to Generate an Oil Spill Risk Map
|
#
|
1396 - 04
|
|
|
Numerical simulation of oil pollution due to optimum pattern of turbulent flow wind and tide effects
|
#
|
1396 - 03
|
|
|
Design Manufacruring of a Novel High-Voltage Power Transmission Lines Inspection Robot(LinBot)
|
#
|
1394 - 10
|
|
|
Simulation of Oil Pollution in the Persian Gulf near Assaluyeh Oil Terrminal
|
#
|
1394 - 10
|
|
|
Determining resistance coefficient for series 60 vessels using numerical and experimental modelling
|
#
|
1394 - 04
|
|
|
Wave Energy Estimation using a Statistical Analysis and Wave Buoy Data near Southern Caspian Sea
|
#
|
1393 - 10
|
|
|
Lunar Crescent Detection Based on Image Processing
|
#
|
1393 - 06
|
|
|
An Innovative Treadmill-Magnus Wind Propulsion System for Naval Ships
|
#
|
1393 - 01
|
|
|
Applying Genetic Algorithm to Minimize the Oil Spill Damage and Optimize the Location of the Cleaning Vessels
|
#
|
1393 - 01
|
|
|
A Novel Desigh of Imspection Robot for High-Voltage Power Lines
|
#
|
1393 - 01
|
|
|
Control of Transition over Aerofoil Surfaces using Active Suction
|
#
|
1392 - 09
|
|
|
Numerical Study on Flow Separation Control over NACA0015 Aerofoil using Electromagnetic Fields
|
#
|
1392 - 06
|
|
|
Sensitivity analysis of project efficiency in a multi-project environment based on data envelopment analysis
|
#
|
1392 - 04
|
|
|
A Computational study on robust prediction of transition point over NACA0012 aerofoil surfaces from laminar to turbulent flows
|
#
|
1392 - 04
|
|
|
Flow Estimation for the Persian Gulf using a Kelvin Wave Expansion
|
#
|
1391 - 03
|
|
|
Using Weibull Probability Distribution to Calibrate Prevailing Wind Applying in Oil Spill Simulatiion
|
#
|
1390 - 12
|
|