By Stuart Sabol
Using a case examine process, this reference assessments the reader’s skill to use engineering basics to real-world examples and obtain confident feedback
Case experiences in Mechanical Engineering presents genuine lifestyles examples of the applying of engineering fundamentals. They relate to genuine apparatus, actual humans and genuine decisions. They effect careers, initiatives, businesses, and governments. The circumstances function supplementations to primary classes in thermodynamics, fluid mechanics, warmth move, instrumentation, economics, and statistics. the writer explains gear and ideas to resolve the issues and indicates suitable assignments to enhance the cases.
Graduate engineers looking to refresh their profession, or collect carrying on with schooling will locate the stories not easy and rewarding. every one case is designed to be complete in a single week, incomes as much as 15 hours of constant schooling credit. each one case learn presents the right way to current a controversy, paintings with consumers, suggest motion and advance new business.
- Highlights the industrial outcomes of engineering designs and decisions.
- Encourages challenge fixing skills.
- Application of basics to existence experiences.
- Ability to perform with actual lifestyles examples.
Case stories in Mechanical Engineering is a worthwhile reference for mechanical engineering practitioners operating in thermodynamics, fluid mechanics, warmth move and similar areas.
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Extra info for Case Studies in Mechanical Engineering: Decision Making, Thermodynamics, Fluid Mechanics and Heat Transfer
1 Types of Gas Turbine Generating Plants Operating characteristics, and relatively high exhaust temperature of gas turbines afford a wide variety of applications in the generation, and co‐generation of power and steam. The most direct application is in simple‐cycle, or single‐cycle (SC) power generation, using the fast‐starting capability of gas turbines to provide near‐term supplemental power to the electric grid. These applications are often called “peaking plants” or simply “peakers” as they are primarily employed during the peak load periods of the day, or when there is a sudden increase in power price.
Basically these can be summarized below: •• Do uncertainties or unknowns need to be eliminated or reduced in order to make a decision? •• Is a decision necessary now? •• How does the condition affect the company’s bottom line? •• Is there value in making a change? •• How should the change be implemented? The first step in the process of answering these types of questions is to identify the value of the loss or losses. Perfection is generally not required – a Pareto analysis (80 : 20) may often be enough.
The combustion section, containing the hardware that combines the fuel with air from the compressor section and provides combustion gas to the turbine section generally has the shortest operating life of the major sections of the gas turbine. These parts include the fuel nozzles, combustion cans where the fuel burns, and transition pieces that connect the combustor cans to the turbine section inlet vanes. Combustion inspections (CI) may be recommended every 8000 hours for some gas‐turbine models and all parts within the combustion section are removed and replaced with new or refurbished parts.
Case Studies in Mechanical Engineering: Decision Making, Thermodynamics, Fluid Mechanics and Heat Transfer by Stuart Sabol