`jet-engine` Related Article Results

Gaz türbinlerinde swirler açısı, yanma odasında hava ve yakıt karışımının dağılımını ve yanma verimini doğrudan etkileyen kritik bir parametredir. Swirler, hava akışına girdap (swirl) hareketi kazandırarak alev stabilitesini artırır, karışımı homojen hale getirir ve yanma verimini iyileştirir. Açının büyüklüğü, alev şekli, sıcaklık dağılımı, yanma hızı ve emisyon değerleri üzerinde belirleyici bir rol oynar. Optimum bir swirler açısı, daha verimli bir yanma süreci sağlarken, aynı zamanda düşük e

The TEI-TJ90 Turbojet Engine is a turbojet engine developed by TUSAŞ Motor Industries (TEI) specifically for unmanned aerial vehicles (UAVs). This engine emerged from TEI’s national-level research and development initiatives and is positioned as a competitive product in the international market. The TEI-TJ90 is controlled entirely by locally developed electronic control units (ECUs) and is designed to meet the requirements of UAVs gas turbine.Development ProcessThe TEI-TJ90 was designed to meet

In gas turbines, the swirl angle is a critical parameter that directly affects the distribution of the air-fuel mixture in the combustion chamber and the combustion efficiency. Swirls enhance flame stability by imparting a swirling motion to the air flow, homogenize the mixture, and improve combustion efficiency. The magnitude of the angle plays a decisive role in determining flame shape, temperature distribution, combustion rate, and emission levels. A well-chosen swirl angle can provide a more

A jet engine is a type of internal combustion engine based fundamentally on Newton’s third movement law, or the action-reaction principle. These engines burn fuel using oxygen drawn from the air and expel the resulting high-temperature, high-pressure gases rapidly from the rear, thereby generating thrust that propels the attached vehicle forward.Jet engines are also known as reaction engines or gas turbines. In their simplest definition, they operate on the principle of “compressing atmospheric