1. Creep and shrinkage behavior of fly ash based geopolymer concrete
پدیدآورنده : Md Rashedul Islam
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Engineering; Civil engineering; Mechanical engineering,Applied sciences;Creep;Geopolymer;Mechanical Strength;Modeling;Prediction Equation;Shrinkage
2. Determining velocity, temperature and occupancy comfort within a three-dimensional room
پدیدآورنده : A. S. H. Al-Hamed
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Civil engineering,Mechanical engineering
3. Development of a model of transient heat transfer across walls and roof using conduction heat transfer functions (CHTF)
پدیدآورنده : M. D. Hernandez
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Civil engineering,Mechanical engineering,Mechanical engineering
4. Evaluation of flip bucket-plunge pool energy dissipator
پدیدآورنده : T. Zahoor
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Civil engineering,Mechanical engineering,plunge pool basin
5. Hydraulic modelling of a sharp crested labyrinth weir
پدیدآورنده : A. T. Sitompul
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Civil engineering,Mechanical engineering,Mechanical engineering
6. Jet flow on stepped spillways and drops
پدیدآورنده : M. R. Chamani
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Civil engineering,Mechanical engineering
7. Reliable life prediction models for various material damage processes
پدیدآورنده : S. M. Najeeb
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Civil engineering,Mechanical engineering,Mechanical engineering,Mechanics,Mechanics
8. Unsteady hydrodynamic forces on spheroidal bodies
پدیدآورنده : R. S. AlAssar
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,axisymmetric,Civil engineering,computational fluid dynamics,Mechanical engineering
9. Weight and cost multi-objective optimization of hybrid composite sandwich structures
پدیدآورنده : Adel Issa Salem
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Civil engineering; Mechanical engineering,Applied sciences;Cost and weight;Hybrid;Multi-objective optimization;Normalized normal constraint method;Sandwich structure
