Engine Performance Analysis

Coursework in GT-POWER (6 days)

A2/19, Sr. No. – ½, 1/3, ¼, 12, Aditya Breeze Park,

Balewadi, Pune, 411045, India.

Mobile: +91-9763909935/7798857873

E-mail: subir.mandal@integratedsimtech.com

Website: www.integratedsimtech.com

INTEGRATED SIMULATION TECHNOLOGIES

PVT LTD

Preferred Partner in Engine Simulation

Best in GT-SUITE Training

Best to Provide Contract Engineer

This entire course is designed for those from corporate and individual

engineers who want to have a comprehensive exposure of GT-POWER, GEM-

3D & GT-POST software for 1D system level modeling and simulation of

Engine performance. The course content includes basic & advanced topics,

and few case studies that cover different aspects of engine development.

Participants will get good amount of time for practice of software.

The participants are expected to have good knowledge of internal

combustion engines (ICE).

This course would add high end value to the participants and help them to

build career in this niche field. We consider your candidature for placement

when there are requirements from our customers.

• Duration - 6 days; 1/2 sessions; 8 hrs per day

• Trainer industrial experience - Over 16 years

Basic Engine Performance Analysis:

Fundamentals of Internal Combustion Engines (ICE)

Concept of 1D system level engine performance simulation

Modeling of each component of an ICE including flow circuit, airfilter,

turbocharger, supercharger, heat exchanger, EGR system, manifold, port,

valve, fuel injection system, cylinder, cranktrain, controller, and exhaust

system devices

Subassemblies - Internal, external, and encryption

Solver basics of flow, heat transfer, combustion, and emissions model

Data required to build and calibrate engine model

Model setup - Initialization, parameter sweeps & convergence

Burn rate calculation from measured cylinder pressure trace

Engine model calibration using non-predictive combustion models

Post-processing using GT-POST

Direct optimization technique

DOE optimization technique

Engine performance prediction & sensitivity study

Advanced Engine Performance Analysis:

Advanced features of engine modeling, model setup, and solver basics

Advanced topics in turbocharger modeling

Measured data quality checklist

Burn rate calculation from three pressure trace analysis

Use of controller

Engine model calibration using semi-predictive combustion model

Engine model calibration using predictive combustion model for SI and CI

engines

Engine emissions modeling

Engine knock modeling

Neural network approach

Fast running model (FRM) and Mean value engine model (MVEM)

preparation

Transient simulation

Thermal analysis of cylinder components

Speed mode and load mode simulation

Integrated simulation of engine system with other sub-systems (e.g. cooling

system)

Case Studies:

Participants will get exposure to and do practice of real projects related to

different aspects of engine development through case studies including but

not limited to the followings.

Power upgradation

Power deration

Camshaft optimization

Load step simulation of genset engine