Exergo Environomic Synthesis of Advanced Manufacturing Processes, KSEF, R&D Excellence Project RFP# KSEF-395-RDE-003, (2003-2004) P.I. D.P. Sekulic, 2004.

Modeling of Joint Formation in Aluminum Brazing – Behavior and Control of Molten Cladding (D.P. Sekulic, Principal investigator, A.T. Male and J.G. Morris, Co-principal investigators), (1999-2002) NSF-DMI-9908319, 2002.

Continuous Casting Al Brazing Sheet (D.P. Sekulic, Principal Investigator), (1999-2002), Commonwealth Aluminum, Louisville, KY, 2002.

Optimum Cladding Distribution and Brazed Joint Formation - Gen II HTC-GMT800 (D.P. Sekulic, Principal Investigator), (1999-2000) DELPHI Harrison Thermal Systems, Lockport, NY

Holographic Interferometric Visualization Study of Transport Phenomena in Laminar Fluid Flow (D.P. Sekulic, principal investigator), Project #07-625/91, Science Fund APV - RS, University of Novi Sad, Yugoslavia (1991 - 1995).

Development of Advanced Figures of Merit for Augmented Heat Transfer Surfaces and Heat Exchangers Used in Refrigeration Cycles (D.P. Sekulic Co-principal investigator, R.J. Krane Principal Investigator), Project No.11X-SM827V, Martin Marietta Energy Systems, USA (1993-1994).

Thermal performances of multi-fluid heat exchangers (Principal investigator D.P. Sekulic) (SC *), Project SIZ NR SAPV No. 1530/2-87 Institute of Thermal Energy and Process Engineering, University of Novi Sad, Yugosalvia (1986 - 1995).

Heat Exchange and Boundary Layer Phenomena Analysis in Communicating Channels Geometry (D.P. Sekulic co-principal investigator, F. Mayinger co-principal investigator), GER-YU Joint Project under auspice of KFA-Julich, Institute of Thermal Energy and Process Engineering, University of Novi Sad and LAT-TUM, Technical University of Munich, Germany (1989 - 1991).

The quality of Energy Transformation in the system with heat exchangers (D.P. Sekulic principal investigator) (SC *), Project SIZ NR SAPV No. 073-2525/87, Institute of Thermal Energy and Process Engineering, University of Novi Sad, Yugoslavia (1987 - 1991).

Thermodynamic optimization of cryostats (D.P. Sekulic principal investigator, co-principal investigators K. Williamson, Jr. and F. Edeskuty) US-YU Joint Fund Project, US Department of Energy, DOE-818, Institute of Thermal Energy and Process Engineering, University of Novi Sad, Yugoslavia and Los Alamos National Laboratory, USA (1988 - 1991).

Thermal Modeling of Cryostats (Yugoslav Fusion Program, Section F Technological Aspects - Project F.5), Yugoslav NG-112 Joint Program, (SC *, D.P. Sekulic principal investigator for Project F.5), Institute IBK-Vinca and Institute of Thermal Energy and Process Engineering, University of Novi Sad, Yugoslavia (1989 - 1990).

Rational Design of a Compact Heat Exchanger (D.P. Sekulic principal investigator, co principal investigators B.S. Baclic and D.D. Gvozdenac) (SC *), Project SIZ NR SAPV No. 01-187/2-83, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, Vol.1, 1985, pgs.187, Vol.2, 1986, pgs.245, Vol.3, 1986, pgs. 96.

Experimental investigation of compact heat exchanger thermal performances (D.P. Sekulic and B.S. Baclic co-principal investigators, principal investigator D.D. Gvozdenac) (SC *), Project SIZ NR SAPV No.07-92/84-2, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, Vol.1, 1986, pgs.96, Vol.2, 1986, pgs. 102.

Development of Design Procedures for Compact Heat Exchangers (D.P. Sekulic and D.D. Gvozdenac co-principal investigators, principal investigator B.S. Baclic) (SC *), Project SIZ NR SAPV No. 01-209/2-82, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, Vol.1, 1983, pgs.119, Vol.2, pgs. 147.

Study of Thermal Performances of Compact Heat Exchangers (D.P. Sekulic and D.D. Gvozdenac co-principal investigators, principal investigator B.S.Baclic) (SC *), Project SIZ NR SAPV No. 01-804/3-81, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, Vol.1, 1982, pgs.207, Vol.2, 1982, pgs.89, Vol.3, 1982, pgs. 61.

Effectiveness of crossflow heat exchangers for gas-to-gas applications (D.P. Sekulic and D.D. Gvozdenac co-principal investigators, principal investigator B.S. Baclic) (SC *), Project SIZ NR SAPV No. 01-198/2-80, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1981, pgs.

Thermoeconomic Aspects of the Approximate Approach to the Heat and Mass Transfer Analysis in a Complex System (D.P. Sekulic and B.S. Baclic co-principal investigators, principal investigator M. Maric) (SC *) Project SIZ NR SAPV No. 073-2.126, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1980, pgs. 142.

TECHNICAL REPORTS AND CONSULTING
(A SELECTED LIST)

Analysis of Brazeability of Selected Brazing Sheet Materials (PRP vs. SAPA), Phase 1 (D.P. Sekulic, P.I), Pechiney Rolled Products, Ravenswood, WV, 2001.

Tungsten Carbide Grit to be Brazed to Steel/Aluminum (D.P. Sekulic, P.I.), HK Systems, Hebron, KY, 2001.

Heat Exchanger Cladding Distribution Mapping. Cladding Distribution Before, Brazing Phase 1, Task 1 (D.P. Sekulic , P.I., A.J. Salazar, Co-PI), Delphi Automotive Systems, Delphi Harrison Thermal Systems, Lockport, New York, 2000 (listed under Research Projects Reports above under a single title).

Heat Exchanger Cladding Distribution Mapping. Cladding Distribution After Brazing, Brazing Phase 1, Task 2 (D.P. Sekulic , P.I., A.J. Salazar, Co-PI), Delphi Automotive Systems, Delphi Harrison Thermal Systems, Lockport, New York, 2000 (listed under Research Projects Reports above under a single title).

Heat Exchanger Cladding Distribution Mapping. CFD Simulation of CAB Furnace Brazing, Phase 1, Task 3 (D.P. Sekulic , P.I., A.J. Salazar, Co-PI), Delphi Automotive Systems, Delphi Harrison Thermal Systems, Lockport, New York, 2000 (listed under Research Projects Reports above under a single title).

High-Speed Imaging of Molten Cladding Flow in Aluminum Brazing, Delphi Harrison Thermal Systems, (D.P, Sekulic, Principal Investigator) Lockport, New York, 1999 (listed under Research Projects Reports above under a single title).

Micro-Channel Aluminum Brazed Compact Heat Exchangers, (D.P. Sekulic) Showa Aluminum Corporation, Oyama City, Japan, 1998.

Micro PCM Coated Fabrics - Preliminary Test Results, Review of the Experimental Results and an Expert Opinion, (D.P. Sekulic independent expert), Frederick and Company, USA, 1995.

Analysis of Thermal Behavior of Thermal Energy Storage Units with Distributed Joule Heating Elements, TR. No. 92/1, Contract No. 121-2.392 FTN Institute of Electrical Engineering, (SC *, D.P. Sekulic Principal Investigator) University of Novi Sad, 1992.

Thermal Design and Analysis of a Compact Heat Exchanger for Gas-to-Gas Aircraft Application, (SC *, D.P. Sekulic principal expert), TR No. 073-3.541, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1987, pgs.11.

Thermal Design of a Compact Heat Exchanger for Gas-to-Liquid Application in an Aircraft Subsystem, (SC *, D.P. Sekulic expert supervisor), TR No. 073-3.448, Institute of Fluid Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1986, pgs.15.

Feasibility Study of the Core Replacement in Compact Heat Exchangers for Gas-to-Liquid Applications with Regard to the Influence on Thermal and Hydraulic Performances, (SC *, D.P. Sekulic a principal expert), TR No. 073-3.471, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia/Slovenia, 1986, pgs.23.

Thermal Design of the Superconducting Magnet SM-1 A cryostat for VINIS ECR Ion Source, (SC *, D.P. Sekulic independent expert), IBK, Belgrade, Yugoslavia 1984, Vol.1, pgs.79 , Vol.2, pgs 32, Vol.3, pgs.89.

An Expert Opinion on the Possible Cause of a Heat Exchanger Damage in the IPK SM Steam Power Plant (SC *, D.P. Sekulic expert supervisor), TR No.073-3.375, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1984, pgs.3.

An Analysis of the Damage of a Heat Exchanger in the IPK SM Steam Power Plant (SC *, D.P. Sekulic expert supervisor), TR No. 073-3.346, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1983, pgs. 11.

The Pre-feasibility Study on a CO 2 Application in Refrigerated Insulated Compartments at Vehicles (SC *,D.P. Sekulic co-principal expert), TR No. 073-3.219, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1981, pgs. 40.

Temperature Measurements in a Natural Gas Motor Exhaust Pipe (SC *, D.P. Sekulic co-principal expert), TR No. 073-3.273, Institute of Fluid, Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1981, pgs. 13.

A Refrigeration System: A Capital Cost Analysis - PIK JB Case study, (SC *, D.P. Sekulic the member of the expert team), TR No. 073 - 3.132, Institute of Fluid Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1979, pgs.77.

A Refrigeration System of a Food Processing Plant - Final Technical Report, (SC *, D.P.Sekulic co - principal expert), TR No. 073 - 3.112, Institute of Fluid Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1978, Vol.1, pgs.133.

Evaluation of the operation of a continual natural gas calorimeter, (SC *, D.P. Sekulic co-principal expert), TR No. 073 - 3.095, Institute of Fluid Thermal and Chemical Engineering, University of Novi Sad, Yugoslavia, 1977, pgs.9.