Berikut ini adalah beberapa contoh topik penelitian dan judul skripsi/tesis/disertasi dengan pemodelan matematis dan pembuatan software simulasi komputer untuk berbagai model sistem mikro/nano terutama pada bidang studi Teknik Material, Biofisika, Fisika Partikel dan Matematika Terapan :
- AGORITMA PEMODELAN PERKOLASI MEKANISME PEMERHASIL NOISE PADA RANDOM TELEGRAPH SIGNAL (RTS) MELALUI METAL-OXIDE-SEMICONDUCTOR FIELD-EFFECT TRANSISTOR (MOSFET)
- PEMODELAN PERKOLASI SISTEM FIBER POLIMER PADA ASPECT RATIO TINGGI MELALUI SIMULASI MONTE CARLO
- SIMULASI MONTE CARLO 3 DIMENSI UNTUK MODEL PERKOLASI KONDUKTIF PADA CARBON NANOFIBER COMPISITE
- SIMULASI MONTE CARLO MODEL CONTINUUM PERCOLATION THRESHOLD PADA OBJEK BERBENTUK BOLA DAN SPHEROCYLINDER DENGAN BERBAGAI UKURAN
- PEMODELAN PERKOLASI KONDUKTIF DAN SIMULASI MONTE CARLO PADA NANOCOMPOSITE MELALUI TEORI PENSKALAAN BERHINGGA
- ALGORITMA CEPAT PEMODELAN PERKOLASI PADA IKATAN KISI-KISI TAK BERATURAN MELALUI RANDOM GRAPH
- EXPERIMENTAL STUDY ON THE INFLUENCE OF PERCOLATION PATTERNS ON THE REMOVAL OF SOLUBLE ELEMENTS IN STRATIFIED SITES
- DETERMINISTIC AND PROBABILISTIC TRACTOGRAPHY BASED ON COMPLEX FIBRE ORIENTATION DISTRIBUTIONS
- SIMULATION AND EXPERIMENTAL VERIFICATION OF THE DIFFUSION IN AN ANISOTROPIC FIBER
- MODELLING OF SELF-DIFFUSION AND RELAXATION TIME NMR IN MULTICOMPARTMENT SYSTEMS WITH CYLINDRICAL GEOMETRY
- RESOLVING CROSSING FIBRES USING CONSTRAINED SPHERICAL DECONVOLUTION
- GEOMETRICAL PROPERTIES OF GEL AND FLUID CLUSTERS IN DMPC/DSPC BILAYERS : MONTE CARLO SIMULATION APPROACH USING A TWO-STATE MODEL
- MONTE CARLO SIMULATION OF TWO-COMPONENT BILAYERS : DMPC/DSPC MIXTURES
- TIME-DEPENDENT DIFFUSION OF WATER IN A BIOLOGICAL MODEL SYSTEM
- MONTE CARLO LATTICE SIMULATION STUDY OF CHROMOSOME DYNAMICS, MOLECULAR CROWDING, AND DIFFUSION IN THE INTERPHASE CELL NUCLEUS
- THE SPATIAL MAPPING OF TRANSLATIONAL DIFFUSION COEFFICIENTS BY THE NMR IMAGING TECHNIQUE
- QUANTIFYING GRAPH-THEORETIC IMPACT OF NODES DURING PERCOLATION IN NETWORKS
- MODELING LUMBER MANUFACTURING PROCESSES USING MONTE CARLO COMPUTER SIMULATION
- MONTE CARLO SIMULATIONS OF ENZYME REACTIONS IN TWO DIMENSIONS : FRACTAL KINETICS AND SPATIAL SEGREGATION
- PERCOLATION MODEL OF NEURAL MORPHOMETRY AND CONNECTIVITY
- INVESTIGATING THE MECHANISM OF PEPTIDE AGGREGATION: INSIGHTS FROM MIXED MONTE CARLO-MOLECULAR DYNAMICS SIMULATIONS
- MODEL PERCOLATION SIMULATION OF STICKY NANOTUBES
- PERCOLATION STUDY OF NANO-COMPOSITE CONDUCTIVITY USING MONTE CARLO SIMULATION
- COMPUTER SIMULATION OF THE 30-NANOMETER CHROMATIN FIBER
- PERCOLATION IN RANDOM NETWORKS OF HETEROGENEOUS NANOTUBES
- MOLECULAR SIZE DISTRIBUTION IN THREE DIMENSIONAL POLYMERS
- MONTE CARLO SIMULATION FOR DIFFUSION MAGNETIC RESONANCE IMAGING
- RECONSIDERATION OF CONTINUUM PERCOLATION OF ISOTROPICALLY ORIENTED STICKS IN THREE DIMENSIONS
- MONTE CARLO SIMULATIONS OF ISOTROPIC-NEMATIC TRANSITION AND COMPARISONS WITH VIRIAL EXPANSION OF SOFT-CORE SPHEROCYLINDERS
- VORONOI-DELAUNAY ANALYSIS OF VOIDS IN SYSTEMS OF NONSPHERICAL PARTICLES
- MORPHOLOGY OF VOIDS IN MOLECULAR SYSTEMS : A VORONOI-DELAUNAY ANALYSIS OF A SIMULATED DMPC MEMBRANE
- 3D SIMULATION OF PACKED PARTICLE BED AND TRANSPORT PROPERTIES PREDICTION FOR PRODUCT OPTIMIZATION THROUGH VIRTUAL EXPERIMENTS
- SURFACE CRITICAL PHENOMENA IN THREE-DIMENSIONAL PERCOLATION
- MODELLING OF INSULATOR-CONDUCTOR TRANSITION IN POLYMER NANOCOMPOSITES
- SCALING LAWS AND MESOSCOPIC MODELING OF THERMAL CONDUCTIVITY IN CARBON NANOTUBE MATERIALS
- DISORDERED, QUASICRYSTALLINE AND CRYSTALLINE PHASES OF DENSELY PACKED TETRAHEDRA
- MONTE CARLO AND MEAN-FELD STUDIES OF PHASE EVOLUTION IN CONCENTRATED SURFACTANT SOLUTIONS
- PERCOLATIVE PROPERTIES OF HARD OBLATE ELLIPSOIDS OF REVOLUTION WITH A SOFT SHELL
- MORPHOLOGICAL CHARACTERIZATION AND MODELLING OF ELECTRICAL CONDUCTIVITY OF MULTI-WALLED CARBON NANOTUBE / POLY(P-PHENYLENE SULFIDE) NANOCOMPOSITES OBTAINED BY TWIN SCREW EXTRUSION
- GRANULAR FLOW SIMULATIONS AND EXPERIMENTS FOR THE FOOD INDUSTRY
- RANDOM WALK BASED STOCHASTIC MODELING OF 3D FIBER SYSTEMS
- IMAGING PERCOLATION DURING CORE FORMATION BY HIGH-RESOLUTION 3D TOMOGRAPHY
- STATISTICAL ANALYSIS AND VISUALIZATION OF PERCOLATION AND ANISOTROPIC PERMEABILITY IN 3D MICRO-TOMOGRAPHIC MODEL
- PORE-SCALE MODELING DEVELOPMENTS OF MICROCOSMIC PERCOLATION IN POROUS MEDIA
- MORPHOMETRY AND PHYSICS OF PARTICULATE AND POROUS MEDIA
- DYNAMICS OF DRYING IN 3D POROUS MEDIA
- IONIZATION-CLUSTER DISTRIBUTIONS OF ALPHA-PARTICLES IN NANOMETRIC VOLUMES OF PROPANE
- CONTINUUM PERCOLATION OF ISOTROPICALLY ORIENTED STICKS IN 3D
- LOCALLY ANISOTROPIC MOTION IN A MACROSCOPICALLY ISOTROPIC SYSTEM
- ANALYTICAL APPROXIMATION OF THE TWO-DIMENSIONAL PERCOLATION THRESHOLD FOR FIELDS OF OVERLAPPING ELLIPSES
- MODELLING MICROSTRUCTURE EFFECTS ON THE CONDUCTION IN FIBROUS MATERIALS WITH FIBRE–FIBRE INTERFACE BARRIERS
- COMPUTATIONAL ANALYSIS OF THE PERCOLATION THRESHOLD AND THE ELECTRICAL CONDUCTIVITY OF CARBON NANOTUBES FILLED POLYMERIC MATERIALS
- EXPERIMENTAL AND COMPUTATIONAL ANALYSIS OF RANDOM CYLINDER PACKINGS
- COMPUTER SIMULATION STUDY OF PERCOLATION IN A RANDOM NETWORK OF CONDUCTING NANOTUBES
