Depusa

Manufacturing simulation is the virtual testing of a production facility to get vital information about the various processes. For a company to be successful, it has to analyse its manufacturing systems as there is cost, time and efforts associated with it. And manufacturing simulation is a cost effective strategy which is possible due to many simulation software available in the market. In this simulation you can build small, large manufacturing process size is not a matter, you can add and drop elements, look for the loose ends, know the  staffing  needs, logistic support and resource allocation. Actual understanding is what we get from the systems simulations using such software, it will save your time, money and efforts too. Very few companies provide such services and software, one of the reputed company is DEP (Detroit Engineered Products). The DEP (Detroit Engineered Products) provided manufacturing simulation has helped many companies in India and USA with their best servic

An in cylinder combustion sensor, is a technology developed to give the information about abnormal activities or partial combustion of fuels inside the combustion chamber of the engine. Additional information such as knowing the pressure of the exhaust gases and crank angle are also obtained. These are some vital points which are considered while developing combustion engines. The combustion sensor is heat resistant to protect it from the thermal and combustion processes inside the cylinder, as it is placed in the cylinder itself. DEP (Detroit Engineered Products) develops in cylinder combustion sensor, which is revolutionizing the efficiency of the combustion engine. With the help of this sensor the pressure inside the cylinders can be known, this information is significant to understand the efficiency of the engine directly. The current efficiency of the engines is close to 30%, which gives an indication that the conversion rate of fuel into power is less. The DEP in cylinder

Hex Meshing is a standard but complex collection of cubes, commonly used by DEP (Detroit Engineered Products) in variety of meshing techniques, which works as a part of geometry. It is mainly dependent on the computational designs of various shapes. Hex  Meshing  has zonal boundaries and the internal and external zonal boundaries are free to make use of different zone shapes. Hex Meshing also allows Concept design options, which can help in analyzing geographical and cartographic data. DEP (Detroit Engineered Products)  offers various techniques of Concept design which help in deciding the type of mesh, which is based on computational efficiency and the accuracy. The meshes are used in various designs, styles and shapes are most common type of engineering designs highly popular across India and USA. Read more

DEP (Detroit Engineered Products) makes use of CFD technology, which uses the system, which is part of fluid dynamics, and gas dynamics that passes the fluid flow around and inside the airplane. The other planetary vehicles and other system around it define the best of techniques relating to the CFD (fluid flow and Aerodynamics) and the computational techniques, which are essential in managing the aerospace environment. The computational fluid dynamics CFD (fluid flow and Aerodynamics) is branch of Aerospace and Defence. The aerospace engineering is a branch of engineering which deals in development, construction and the science of designing the aircraft. The research program related to aerodynamics works in supporting the vehicle from basic design to multi-phase flows. CFD (fluid flow and Aerodynamics) is a science of how the objects move in the air. It helps in pursuing innovative research techniques in various competitive modules such as experimental aeroacoustics, vortex domina

Emission sensor is an electronic device used to know the proportion of oxygen in the liquid or gas mixture. It finds its applications in the automotive and medical devices. The  DEP (Detroit Engineered Products)  emission sensor has various applications and advantages in the automotive industry as it helps to reduce emissions from the vehicles, contributing less to the pollution caused by vehicles. It also used for diving application, to measure the oxygen levels in the  cylinder  while diver goes deep down in the sea. In the automotive industry, the emission sensor is mounted inside the exhaust manifold to supervise the unburned oxygen levels while the emissions are out from the engine. The sensor sends a voltage signal according to the reaction taking place in the exhaust; this gives an idea about the air-fuel ratio whether the mixture is burning rich or lean. Tampering of this signal can lead to wrong readings and malfunction of the emission sensor, so due care must be taken