Rishabh Engineering was appointed to design & develop detailed drawings for floating head HX (u-stamp) with 10 passes on tube side and double cross flow on shell side.
Rishabh Engineering was appointed to design & develop detailed drawings for floating head HX (u-stamp) with 10 passes on tube side and double cross flow on shell side.
DESIGN AND ANALYSIS OF MULTI- STAGE STEAM TURBINE BLADE AND SHAFT ASSEMBLYIjripublishers Ijri
The blades are designed in such a way as to produce maximum rotational energy by directing the flow of the steam along
its surface. The blades are made at specific angles in order to incorporate the net flow of steam over it in its favor. The
blades may be of stationary or fixed and rotary or moving or types, and Shaft designed to work in extreme conditions,
hear it has to bear the temperature which is coming from the steam and loads(weight and centrifugal force) of the blades
assembly and other assembly parts.
The aim of the project is to reduce maintenance, product cost and improving quality / life.
Initially literature survey will be done to understand rectification methodology and approach.
3D models of blades set’s shaft will be prepared according to C.M.M data.
DESIGN AND ANALYSIS OF MULTI- STAGE STEAM TURBINE BLADE AND SHAFT ASSEMBLYIjripublishers Ijri
The blades are designed in such a way as to produce maximum rotational energy by directing the flow of the steam along
its surface. The blades are made at specific angles in order to incorporate the net flow of steam over it in its favor. The
blades may be of stationary or fixed and rotary or moving or types, and Shaft designed to work in extreme conditions,
hear it has to bear the temperature which is coming from the steam and loads(weight and centrifugal force) of the blades
assembly and other assembly parts.
The aim of the project is to reduce maintenance, product cost and improving quality / life.
Initially literature survey will be done to understand rectification methodology and approach.
3D models of blades set’s shaft will be prepared according to C.M.M data.
DESIGN AND ANALYSIS OF STEAM TURBINE BLADE AND SHAFT ASSEMBLYIjripublishers Ijri
rotary motion. A system of angled and shaped blades arranged on a rotor through which steam is passed to generate
rotational energy. Moving fluid acts on the blades so that they move and impart rotational energy to the rotor.
The blades are designed in such a way to produce maximum rotational energy by directing the flow of the steam along
its surface. The blades are made at specific angles in order to incorporate the net flow of steam over it in its favour.
The blades may be of stationary or fixed and rotary or moving types, and shaft is designed to work in extreme conditions,
hear it has to bear the temperature which is coming from the steam and loads (weight and centrifugal force) of
the blades assembly and other assembly parts.
I have 8+ years of experience in Oil, Gas and Petrochemical Plant projects as Civil /Structural Design Engineer.
I have experience of working in Middle East – Kuwait and Oman.
I have worked for basic design, FEED, detailed engineering and construction support phases of the projects which has given me an experience in executing the project from its very beginning.
Involved in the execution of large green field projects and brown field jobs.
I have performed design for most of the oil and gas structures like pipe racks, equipment structures, technological structures, platforms, pipe supports, vessel supporting structures using STAAD.Pro and various Civil foundations using Mat 3D.
Proficient in Civil Engineering application software’s like STAAD.Pro, Mat 3D, AutoCAD and General Engineering Software.
Experience in international codes for structural design. (BS, AISC,API and IS)
CV of Karan Vinayak - piping design engineerKaran Vinayak
I have experience in the field of Oil and Gas, Chemical Process Plant and Water Transmission Network Pipeline. (Piping Layout, Piping GAD, isometric, Bill of Materials, Pipeline Profile, Alignment Sheet, Co-Ordinate Drawing). I have software skills in Autocad, Autoplant, PDMS and CAESAR-II. Currently I am working in Sharjah on UG Water Pipeline Projects.
I am technically qualified for job positions like Piping/Pipeline Designer, Piping/Pipeline Engineer, Piping Quantity Estimator etc.