Dmitriy Reznikov, Msme Email & Phone Number

Military automotive Auxiliary Power Units (APU), over-pressure systems (OPS), electronics cooling, air conditioning. Refrigeration cycle thermodynamic analysis, design of heat exchangers of plate and fin, tube and fin, micro-tube types, hydraulic systems circuit analysis, aerodynamic design of multi-stage axial and mixed flow fans, centrifugal fan design and scroll shape optimization, air distribution ductwork, active electronics cooling with water/brine cold plates and air-cooled heat sinks. Proprietary design process for Turbomachinery (fans, compressors) w/ “inverse” design methods (using Advanced Design Technology software). CFD software package currently in use CD Adapco “Star CCM+”: turbulent micro-scale single phase (air, water) flows, fan aerodynamics and noise, multi-phase refrigerant and oil flows, electronics cooling. In addition, a number of numerical spreadsheet analysis and optimization tools are programmed using Visual Basic and validated in testing (Agilent DAQ, LabView interface), these are being used as an engineering baseline before any of a more time-consuming analysis is being attempted. CFD results are vigorously compared to engineering analysis and validated with test results as needed.

Developed Lighter-Than-Air (LTA) technologies under DARPA contract to develop high altitude radar-carrying surveillance aerial platform (ISIS), as well as rigid airships of new type with pressure management systems. At that time extensively used numerical methods, proprietary finite-difference codes of own design and commercial CFD (FLUENT) to help him in analysis of gas dynamics in a new type of air compressors, high temperature (plasma) gas flows and pressurized gas delivery systems.

Air distribution / ductwork for office buildings, computer rooms, hospital operating rooms and patient floors, restaurants kitchen exhaust systems, bio-medical (Amgen Corp.) chemical fume hoods. Used Fluent and CFDesign software to analyze air flows around the office space workstations, air cooling in computer rooms, air delivery and circulation in operating rooms with HEPA filters and humidity control,hazardous fumes circulation at chemical exhaust hoods workstations.

Master Of Science (Ms), Thermal Fluid Systems

Continuing Education / Professional Development Course, Advanced Computational Fluid Dynamics

Activities and Societies: AIAAGrid-Generation-Structured Grids Transformation of the Equations of Fluid Motion from Physical Space.

Bachelor Of Science (Bs), Thermal Science