Analytical Validation of Diesel Engine Components through FE analysis
Engineering Support to US Customer in Energy Sector
Analytical Validation of Diesel Engine Components through FEA
Customer background: US based customer who is a manufacturer of wide range of diesel and gasoline type engines and diesel generators operating in varied applications and geographies – We supported this customer on a power uprate program that was aimed at increasing the engine power for genset application with minimal design changes.
Objective of the project: To validate the major components and sub-systems of the diesel engine (uprated with higher combustion pressure) for the given operating as well as accelerated abusive testing conditions through Finite Element Analysis (FEA).
Key challenges:
How we supported the customer:
Speed Engineering supported the entire analytical validation and optimization of the Engine components such as Crankcase (Cylinder Block), Cylinder Head, Exhaust Manifold, and other Engine peripheral components (CAC / Air Cleaner / Charging Alternator mounting brackets etc.) through Finite Element Analysis (FEA).
Engineering Design and Development Solutions for Gensets
Customer background: European company manufacturing engines and gensets for power generation and industrial applications, playing in Indian market along with an Indian partner company. We supported this customer in new genset design and development programs for India and Asian markets.
Objectives of the program:
Key Challenges:
How we supported the customer:
Speed Engineering deployed a competent team of 6-8 engineers which was intensely involved in the entire program for more than 1 year and took responsibility of the complete product design and analytical verifications, and also provided support during prototype building and testing. Activities supported by Speed Engineering team for multiple genset rating were:
Engineering Support to US Customer in Energy Sector
Customer background: US based customer providing innovative turn-key solutions such as gas turbine based power plants and related services such as equipment repair and reconditioning to the energy sector worldwide. We supported this customer on an aero-derivative gas turbine design program.
Objective of the program: Customer had embarked upon this program with following key objectives:
Key Challenges:
How we supported the customer:
Speed Engineering deployed a competent cross-functional team of 14-16 engineers for more than 2 years to support a wide range of activities over the complete product design and development cycle. Our support to the customers consisted of activities such as:
Customer was delighted with the technical and project management capabilities demonstrated by Speed Engineering team including regular updates and communication in a professional manner.
