El-Awady Attia|Publications

Benha University

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Dr. El-Awady Attia :: Publications:

Research Fields

Project management

Human factors in industry

Mechanical Engineering

Performance improvement tools in industry

Aggregated production planning

Kanban systems, lean manufacturing , Six Sigma

Optimization using heuristics techniques

Number of publications is 36

Title

1-Effect of Oxide’s Thermophysical Properties on 2205 Duplex Stainless Steels ATIG Welds

2-A Novel Model for Economic Recycle Quantity with Two-Level Piecewise Constant Demand and Shortages

3-Effects of a quantity-based discount frame in inventory planning under time-dependent demand: A case study of mango businesses in Bangladesh

4-Product outsourcing policy for a sustainable flexible manufacturing system with reworking and green investment

5-Aggregate production planning considering organizational learning with case based analysis

6-Close Interval Approximation of Pentagonal Fuzzy Numbers for Interval Data-Based Transportation Problems

7-Dimensioning of the hydraulic gravity energy storage system using Fuzzy logic based simulation

8-A lean manufacturing road map using fuzzy-DEMATEL with case-based analysis

Abstract' | Full paper

9-Spare Parts Classification in Marine Rescue and Fire Services' Stores with Case Study

10-A MILP model for an integrated project scheduling and multi-skilled workforce allocation with flexible working hours

11-Prioritization of failure modes of fire and rescue vessels with application case study

12-Identification of critical success factors for lean manufacturing using fuzzy DEMATEL method

13-A multi-stage supply chain system controlled by Kanban

14-Aggregate Production Planning Considering Performance Evolution: A Case Study

15-Towards a learning curve for electric motors production under organizational learning via shop floor data

16-Managing performance improvement initiatives using DEMATEL method with application case study

17-Effect of grain refining, mould material and pouring temperature on the microstructural characteristics of AA6063 aluminum alloy feedstocks produced using low superheat casting

18-Managing Performance Improvement Initiatives: Case Study at ElARABY Group in Egypt

Abstract' | Full paper

19-Optimization of the cooling slope casting parameters for producing aa7075 wrought aluminumalloy thixotropic feedstock

Abstract' | Full paper

20-On the production of al-A356 alloy semi-solid feedstock using cooling slope casting technique

Abstract' | Full paper

21-Optimization of the low superheat casting process parameters for producing of thixotropic A356 alloy feedstock

Abstract' | Full paper

22-Effect of Cooling Slope Casting Parameters on the Thixotropic Microstructure of A356 Aluminum Alloy

23-QFD model for product progress: A case study at ELARABY manufacturing company

24-A frame work for selecting performance improvement initiatives

25-Improving product manufacturing process using QFD methodology

26-Considering skills evolutions in multi-skilled workforce allocation with flexible working hours

Abstract' | Full paper

27-Considering the flexibility of human resources in planning and scheduling industrial activities

28-Évaluation de la complexité des projets basée sur une analyse en composantes principales

Abstract' | Full paper

29-A greedy heuristic approach for the project scheduling with labour allocation problem

Abstract' | Full paper

30-Decision-based genetic algorithms for solving multi-period project scheduling with dynamically experienced workforce

Abstract' | Full paper

31-Factors affecting the development of workforce versatility

Abstract' | Full paper

32-Flexible resources allocation techniques: characteristics and modelling

Abstract' | Full paper

33-Affectation flexible des effectifs : Vers un modèle de gestion des compétences

Abstract' | Full paper

34-Prise en compte des évolutions de compétences pour les ressources humaines

Abstract' | Full paper

35-Problème d’affectation flexible des ressources humaines : Un modèle dynamique

Abstract' | Full paper

36-Solving assembly line balancing problem using genetic algorithms

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