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WORK SAMPLES : Mr.UTTARKAR M. MUKESH
email: uttarkarmus@yahoo.com, mukesh_uttarkar@mail.com,
mobile ph : 09227917135, 09601483667
CONTENTS :-
1) Marine Propellers.................................................................6
2) Marine Diesel Engine performance simulation……………4
1) Marine Propellers
(2) Screw propeller hydraulic performance prediction. Formulation, Procedure
Development. & Error management function.
(3)
Development based on model test data of: -
a) NACA 66, 0.8 (mod.) mean line
Propeller in closed circuit water
Test tunnel data.
b) EMB 2294 Propeller test results in open water.
c) B4.55 (Wagenningen-B
Series) Propeller test in open water.
Typical derivable: a) performance parameters such as thrust, Torque, efficiencies etc.
for propulsion plant assembly matching and selection.
(Figure 3)
2/18 | P a g e
3/18 | P a g e
2) Marine Diesel Engine performance simulation……………4
4/18 | P a g e
5/18 | P a g e
6/18 | P a g e

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irs_mukesh

  • 1. 1/18 | P a g e WORK SAMPLES : Mr.UTTARKAR M. MUKESH email: uttarkarmus@yahoo.com, mukesh_uttarkar@mail.com, mobile ph : 09227917135, 09601483667 CONTENTS :- 1) Marine Propellers.................................................................6 2) Marine Diesel Engine performance simulation……………4 1) Marine Propellers (2) Screw propeller hydraulic performance prediction. Formulation, Procedure Development. & Error management function. (3) Development based on model test data of: - a) NACA 66, 0.8 (mod.) mean line Propeller in closed circuit water Test tunnel data. b) EMB 2294 Propeller test results in open water. c) B4.55 (Wagenningen-B Series) Propeller test in open water. Typical derivable: a) performance parameters such as thrust, Torque, efficiencies etc. for propulsion plant assembly matching and selection. (Figure 3)
  • 2. 2/18 | P a g e
  • 3. 3/18 | P a g e 2) Marine Diesel Engine performance simulation……………4
  • 4. 4/18 | P a g e
  • 5. 5/18 | P a g e
  • 6. 6/18 | P a g e