Tema: Thesis Paper of SC & HUM in M. Sc Prog
Tema: This thesis paper of Sc & Hum in M.Sc program
Upphov: Khan, Md. Arif
Upphov: Rahman,Md.Saifur
Liknande verk: IDENTICATION OF ANTICANCER DRUG THROUGH STUDYING THE ACTIVATION MECHANISM OF CASPASE PROTEIN: AN IN SILICO APPROACH /
- IDENTIFICATION OF ANTICANCER DRUG THROUGH STUDYING THE ACTIVATION MECHANISM OF CASPASE PROTEIN: AN IN SILICO APPROACH
- A NUMERICAL STUDY ON HEAT AND MASS TRANSFER IN TWO - SIDED LID - DRIVEN POROUS CAVITY USING NANOFLUID /
- COST AND TIME MINIMIZATION OF TRANSPORTATION PROBLEMS BY A MODIFIED TECHNIQUE OF EXTREMUM DIFFERENCE METHOD /
- SYNTHESIS AND INVESTIGATION OF FeNi AND FeCo BINARY NANO ALLOY /
- NUMERICAL SIMULATION OF FLOW AROUND UNDERWATER BODIES /
- STRUCTURAL CHARACTERIZATION OF LEGIONELLOSIS DRUG TARGET CANDIDATE ENZYME PHOSPHOMANNOMUTASE FROM LEGIONELLA PNEUMOPHILA STRAIN PARIS: AN IN SILICO APPROACH
Liknande verk: A NUMERICAL STUDY ON HEAT AND MASS TRANSFER IN TWO - SIDED LID - DRIVEN POROUS CAVITY USING NANOFLUID /
- IDENTICATION OF ANTICANCER DRUG THROUGH STUDYING THE ACTIVATION MECHANISM OF CASPASE PROTEIN: AN IN SILICO APPROACH /
- SYNTHESIS AND INVESTIGATION OF FeNi AND FeCo BINARY NANO ALLOY /
- COST AND TIME MINIMIZATION OF TRANSPORTATION PROBLEMS BY A MODIFIED TECHNIQUE OF EXTREMUM DIFFERENCE METHOD /
- Biologocal and Bioenvironmental Heat and Mass Transfer /
- PREDICTION OF FLUID FLOW AROUND 2D SQUARE OBJECTS INSIDE A DOUBLE LID DRIVEN CAVITY USING CFD AND ARTIFICIAL NEURAL NETWORK
- NUMERICAL SIMULATION OF FLOW AROUND UNDERWATER BODIES /