New Cad Cam Prodjects List (1)

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SINCE 2002 WINWILL TECHNICAL SERV ICES (THE COMPLETE CAD/CAM/CAE AND TOOL DESIGN SOLUTIONS) Phone No: 040 - 400!00" #!#4$!4!0" #!#%04!02 E - &': *+','.ne1h1o&" ee*h. ne1h1o& CAD/CAM PRO3ECTS LIST 1. Optimizati on of parameters f or spot we lding p rocess by experi mentat ion 2. Experi menta l invest igati on to determine optimum weldi ng paramet ers for MI G weldin g . !omput er "ided #imu latio n to improve pr oduct des ign $uali ty in metal cas ting pro cess %. Impr oving su rface finis &ing $u ality by usin g radi us carbide tips '. (esig n of fixt ure l ayout to r educe defect s in mill ing ). Experi menta l invest igati on for optimum proces s paramet ers in wir e cut E(M proce ss usin g *a guc&i met&od +. Impr oving prod uctivi ty and $uali ty by c&angi ng feeding sy stem in an in,e ction mo ulding  process -. educi ng wear and t ear of t& e carbide t ip cutte rs by cont rolli ng mac&ining para meter s /. Experi menta l and analyt ical Inve stiga tions on #ur face oug& ness0 Ma teri al emoval ate and *o ol e ar of ic3el alloy in End Milling 4sing *a guc&i Met&od 15. Experimental investigation to predict tool life in face mil ling of "l uminum alloys using (esign of Experiments 11. Improving productivity and $uality in milling using pr ocess modeling 12. Experimental investigation to opti mize process parameters i n drilling operation for composite materials 1. Optimization of mac&ining parameter s to ac&ieve maximum material removal rate in drilling process 1%. Optimization of process parameters to minimize s urface roug&ness in turned parts by experimentation and analytical 1'. Optimization of 6rocess 6arameters for 7ead Geometry duri ng !ladding by MIG e lding 6rocess by response surface met&odology

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SINCE 2002

WINWILL TECHNICAL SERVICES

(THE COMPLETE CAD/CAM/CAE AND TOOL DESIGN SOLUTIONS)

Phone No: 040 - 400!00" #!#4$!4!0" #!#%04!02

E - &': *+','.ne1h1o&" ee*h.ne1h1o&

CAD/CAM PRO3ECTS LIST

1. Optimization of parameters for spot welding process by experimentation

2. Experimental investigation to determine optimum welding parameters for MIG welding

. !omputer "ided #imulation to improve product design $uality in metal casting process%. Improving surface finis&ing $uality by using radius carbide tips

'. (esign of fixture layout to reduce defects in milling

). Experimental investigation for optimum process parameters in wire cut E(M process using*aguc&i met&od

+. Improving productivity and $uality by c&anging feeding system in an in,ection moulding

 process

-. educing wear and tear of t&e carbide tip cutters by controlling mac&ining parameters/. Experimental and analytical Investigations on #urface oug&ness0 Material emoval

ate and *ool ear of ic3el alloy in End Milling 4sing *aguc&i Met&od

15. Experimental investigation to predict tool life in face milling of "luminum alloys using

(esign of Experiments11. Improving productivity and $uality in milling using process modeling

12. Experimental investigation to optimize process parameters in drilling operation for

composite materials1. Optimization of mac&ining parameters to ac&ieve maximum material removal rate in

drilling process

1%. Optimization of process parameters to minimize surface roug&ness in turned parts byexperimentation and analytical

1'. Optimization of 6rocess 6arameters for 7ead Geometry during !ladding by MIG elding

6rocess by response surface met&odology

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1). Influence of mould temperature and melt temperature variation on $uality of in,ection

moulded part using mould flow analysis

1+. Experimental investigation to determine performance c&aracteristics during sin3ing

electrical disc&arge mac&ining of *i8)"l8%9 t&in s&eet1-. Experimental investigation for improvement of sculptured surface mac&ining t&roug& a

feed rate modification using *aguc&i tec&ni$ue1/. Experimental investigation to determine influence of process parameters on surface

$uality and M in ire !ut E(M.

25. Experimental comparison of copper and grap&ite electrodes in die sin3ing edm process

for maximum material removal rates.21. "nalysis of loader arm of pneumatic &ig& speed loader 

22. "nalysis of ring stiffened cylindrical s&ells using functionally graded material

2. :inite element analysis to determine effect of weld efficiency on pressure vessel2%. andom vibration analysis of delaminated composite beams

2'. andom vibration analysis and fatigue life evaluation of automotive c&assis

2). "nalysis of polymer matrix composites for beams and plates in first order s&ear

deformation t&eory2+. :inite element analysis of centrifugal pump guide vanes by varying design parameters2-. !:( analysis of flow t&roug& venturi of a carburetor 

2/. (esign optimization of &ydrofoil using !:(

5. (esign and optimization of axial flow compressor 1. Optimizing t&e product development time by using advance manufacturing software;s

2. #election of a manufacturing process for customer re$uirement

. 9ibration and !:( analysis of aircraft composite wing in subsonic air flow

%. Manifold optimization of an internal combustion engine by using !:( analysis'. #tructural and modal analysis of composite material s&aft wit& damping material

36.(esign 5and analysis of &elicopter rotor blade