Golman B 1
1. Modeling and numerical analysis for cylindrical flow-through catalytic membrane reactor with power-law reaction kinetics: Revealing dead-core phenomena
2. Thiol functionalized kaolin pellets: Development and optimization for mercury ion removal from aqueous solutions
3. Applied stress anisotropy effect on melting of tungsten: molecular dynamics study
4. Taylor series solutions to steady-state non-isothermal diffusion–reaction problems for porous catalyst pellets with arbitrary kinetics
5. Analytical simulation of temperature distribution in selective laser melting using combined doublet and point solutions for a moving disk heat source
6. Estimation of the effect of rotational speed on flow and mixing quality of particles with different shapes in a rotary drum
7. Simulation of flow properties of differently shaped particles using the discrete element method
8. Experimental and DEM based characterization of flowability of non-spherical and spherical bauxite particles
9. Experimental and numerical study of non-spherical particles in moving bed heat exchangers
10. Integrated characterization, classification, and quasi-3D reconstruction of highly irregular particles using multiscale shape descriptors for predictive DEM flow simulation
11. Numerical Analysis of Non-Sphericity of Particles of Powder Material and Their Effect on Packing Structure for Concentrated Solar Power Applications
12. Packing Characteristics and Heat Transfer Performance of Non-Spherical Particles for Concentrated Solar Power Applications
13. Porous structure of cylindrical particle compacts
14. Evaluation of water desalination performances of functionalized nanoporous graphene membranes by molecular dynamics simulation
15. Predictive stochastic modeling of mechanically alloyed particle size and shape
16. Boron nitride nanoslits for water desalination via forward osmosis: A molecular dynamics study
17. Machine Learning-Assisted design of boron and nitrogen doped graphene nanosheets with tailored thermomechanical properties
18. Microstructural evolution and crystalline behavior in silicon carbide nano-powder during selective laser melting: A molecular dynamics simulation
19. Recent advancements in mechanical properties of graphene-enhanced polymer nanocomposites: Progress, challenges, and pathways forward
20. Catalyst pellets with Gaussian activity distribution under forced periodic operation for reactions with Langmuir-Hinshelwood kinetics
21. Quantitative Characterization of Metal Powder Morphology, Size Distribution, and Flowability for Additive Manufacturing
22. Wire- and powder-based direct energy deposition of NiTi-CuSn10-SS316L
23. Effect of Horizontal Vibrations and Particle Size on the Packing Density of Multi-Sized Sphere Mixtures: Discrete Element Method Simulation
24. Fabrication of Highly Compacted Green Body Using Multi-Sized Al Powder under a Centrifugal Force
25. Thermal, hardness, and tribological assessment of PEEK/CoCr composites
26. Thermal properties and mechanical behavior of hot pressed PEEK/graphite thin film laminate composites
27. Analysis of dead-core formation in catalytic reaction and diffusion processes with generalized diffusion flux
28. Avoidance of Dead-Zone Formation in Flow-through Catalytic Membrane Reactor
29. Critical Thiele Modulus for Diffusion-Reaction Problems in Catalyst Slabs With Generalized Langmuir-Hinshelwood Kinetics
30. Dead-core solutions and critical Thiele modulus for slabs with a distributed catalyst and external mass transfer
31. Dead-core solutions to fast diffusion–reaction equation for catalyst slabs with power-law reaction kinetics and external mass transfer resistance
32. Numerical simulations of dead zone formation in the catalytic flow-through membrane reactor
33. Development of a circulating fluidized bed partial gasification process for co-production of metallurgical semi-coke and syngas and its integration with power plant for electricity production
34. Effect of ultrasonic atomization parameters on AlSi12 aluminum powder characteristics for additive manufacturing
35. Quantitative resilience assessment of chemical process systems using functional resonance analysis method and Dynamic Bayesian network
1