Papers by Mohsen Ardakani
Identification of thermal conductivity and the shape of an inclusion using the boundary elements method and the particle swarm optimization algorithm
Inverse Problems in Science and Engineering, 2009
Temperature measurements from the exterior boundary of a two-dimensional solid body containing an... more Temperature measurements from the exterior boundary of a two-dimensional solid body containing an inclusion, under steady state conditions, are used to estimate the thermal conductivity and the shape of the inclusion. The particle swarm optimization algorithm (PSO), coupled with ...
Application of the inverse elasticity problem to identify irregular interfacial configurations
Engineering Analysis With Boundary Elements, 2009
An inverse elasticity problem is solved to identify the irregular boundary between the components... more An inverse elasticity problem is solved to identify the irregular boundary between the components of a multiple connected domain using displacement measurements obtained from an uniaxial tension test. The boundary elements method (BEM) coupled with the particle swarm ...
Estimation of Car Demand in Iranian Market: Using Discrete Choice Model
Page 1. Estimation of Car Demand in Iranian Market Using Discrete Choice Model HamidSaeedi Market... more Page 1. Estimation of Car Demand in Iranian Market Using Discrete Choice Model HamidSaeedi Marketing Department TNA Consulting Engineering Co. TEHRAN, IRAN [email protected] Mohsen Fattahi Ardakani Transportation ...
Material Flow Planning in Multimodal Manufacturing Systems by Computer Simulation
Page 1. Material Flow Planning in Multimodal Manufacturing Systems by Computer SimulationMohsen F... more Page 1. Material Flow Planning in Multimodal Manufacturing Systems by Computer SimulationMohsen Fattahi Ardakani Islamic Azad University - Aradakan Branch [email protected] Fatmeh Ranaiefar Tarbiat Modares University [email protected] ...
A manufacturing cell is a group of processes design to make a family of products in a flexible wa... more A manufacturing cell is a group of processes design to make a family of products in a flexible way. Cellular manufacturing concepts was developed to exploit the advantages of job shop layout and transfer line one. In these systems each cell (production unit) works separately and has its own recourses. Although these systems are more capital intensive but in factories where the variety and volume of production is comparatively high, these systems are recommended. Although each unit production lines are independent but the coordination between production, information and transportation system in huge cellular manufacturing plants is a major issue affecting total performance of the factory. This coordination is defined by the way material and information flows are established. A control policy in manufacturing systems imposes a particular pattern of information flow on the factory. Similarly, a specific implementation of transportation policies defines a pattern of material flow between two units. This paper studies the condition of material flow in INSIG. Furthermore, through simulation, proper flow of material with the aim of achieving company's development plan as well as increasing the production capacity of some units has been provided.
Methodology and Results of "Iranian CNG Stations Positioning Master Plan
According to the increasing fuel consumption in transportation section and due to environmental c... more According to the increasing fuel consumption in transportation section and due to environmental considerations, "cars' gaslight changing plan" is very significant. So, "Iran's CNG Stations Locationing Masterplan" was defined to improve the planning for requirements of CNG stations. The plan includes results for short term (up to 2011), mid term (up to 2016) and long term (up to 2025).The study has been conducted in three phases. While the first phase includes studies about number and capacity of required CNG stations in Iranian cities and roads, the second one introduces the locations of proposed stations in the cities with population more than 200,000 and roads, and finally, a software has been developed to calculate the number of stations and their capacities and then define their best locations in the last phase. The paper represents the methodology and the results of abovementioned masperplan.
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Papers by Mohsen Ardakani