Ojes Sai Pogiri | University of Cassino and Southern Latium (original) (raw)
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Papers by Ojes Sai Pogiri
A beam is a structural member that is subjected to loads applied transverse to long dimensions, c... more A beam is a structural member that is subjected to loads applied transverse to long dimensions, causing the member to bend.
The main motive of the project is to replace traditionally used beam with the present need, by using components like pneumatic cylinders for applying loads and dial gauges for deflection measurement.
Conventionally used apparatus are made of wood, have low rigidity and
load bearing capacity. In order to overcome these drawbacks a simply supported
beam is designed using solid works and fabricated, which is suitable for different
material types. Loading capacity of the fabricated apparatus is increased drastically
and load can be applied simultaneously at any two points. The deflection analysis
of beams will be observed by applying different loads at different points.
This experimental setup also subjugated the drawback of manual loading
and parallax errors.
Non-ideal behavior of components, Conducted emission, and power supply filters, Interconnect effe... more Non-ideal behavior of components, Conducted emission, and power supply filters, Interconnect effects on Signal Integrity, Radiated emissions from a current pair
To find out the Energy balance equations at different nodes for a computational domain or grid an... more To find out the Energy balance equations at different nodes for a computational domain or grid and to find Temperatures at each node.
AIM The aim of the Project is to design a geometry of flow apparatus using numerical simulation s... more AIM The aim of the Project is to design a geometry of flow apparatus using numerical simulation software and to analyse the geometry using a CFD software for laminar flow over a backward-facing step to carry out the mesh sensitivity analysis, comparison with Denham Patricks Method, to analyse the Reattachment length of the selected mesh at two different Reynolds Number.
In this, a measuring instrument is calibrated and the temperature is measured by thermocouple and... more In this, a measuring instrument is calibrated and the temperature is measured by thermocouple and RTD
LVDT is used to measure the Disaplacement
In this project, we have a ventilation smokestack which is emanating radioactive substance into t... more In this project, we have a ventilation smokestack which is emanating radioactive substance into the climate because of disappointment. The rate at which the discharge is occurring is Q = 10g/s. The fundamental goal of the errand is to break down the defilement that happens because of the disappointment. The investigation is done in a 2km good ways from the source as determined in the inquiry. One of the potential kinds of defilement items must be chosen. The isotope that is chosen here is Barium – 140. While examining, all the breeze speeds given (Vw = 0,2,4,8,10,12,16,18 m/s) and the environmental conditions must be considered. The issue is break down with the assistance of gaussian crest model
Mass and Energy flows and ecological indicators of the thermal system are Calculated
Process of unloading reactor core (step by step) and transfer fuel from Reactor Building to spent... more Process of unloading reactor core (step by step) and transfer fuel from Reactor Building to spent fuel pond in Fuel Building
Thesis Chapters by Ojes Sai Pogiri
Today, mobile robot systems are becoming more and more beneficial in a variety of settings, inclu... more Today, mobile robot systems are becoming more and more beneficial in a
variety of settings, including industries, military facilities, hazardous places, and warehouses. Using Mecanum wheels as a drive system for omnidirectional mobile robots, this study reveals the excellent mobility and agility that they provide. A motion Study was done, as well as a study on several mechanical wheel designs. Omni vehicle uses mecanum wheels. The passive rollers are oriented at an angle of 45 degrees concerning the axis of rotation operated. This construction allows the wheels to be arranged in a rectangle. By rotating the wheels in a given pattern, diagonal forces are used and then the robot can move in any direction. The Mecanum wheels are often referred to as left-handed and right-handed Mecanum wheels. The axis of rotation of the top roller of each wheel should point to the centre of the robot. An Omnidirectional robot with
mecanum wheels is designed. motion study and static analysis are carried out on the design.
A beam is a structural member that is subjected to loads applied transverse to long dimensions, c... more A beam is a structural member that is subjected to loads applied transverse to long dimensions, causing the member to bend.
The main motive of the project is to replace traditionally used beam with the present need, by using components like pneumatic cylinders for applying loads and dial gauges for deflection measurement.
Conventionally used apparatus are made of wood, have low rigidity and
load bearing capacity. In order to overcome these drawbacks a simply supported
beam is designed using solid works and fabricated, which is suitable for different
material types. Loading capacity of the fabricated apparatus is increased drastically
and load can be applied simultaneously at any two points. The deflection analysis
of beams will be observed by applying different loads at different points.
This experimental setup also subjugated the drawback of manual loading
and parallax errors.
Non-ideal behavior of components, Conducted emission, and power supply filters, Interconnect effe... more Non-ideal behavior of components, Conducted emission, and power supply filters, Interconnect effects on Signal Integrity, Radiated emissions from a current pair
To find out the Energy balance equations at different nodes for a computational domain or grid an... more To find out the Energy balance equations at different nodes for a computational domain or grid and to find Temperatures at each node.
AIM The aim of the Project is to design a geometry of flow apparatus using numerical simulation s... more AIM The aim of the Project is to design a geometry of flow apparatus using numerical simulation software and to analyse the geometry using a CFD software for laminar flow over a backward-facing step to carry out the mesh sensitivity analysis, comparison with Denham Patricks Method, to analyse the Reattachment length of the selected mesh at two different Reynolds Number.
In this, a measuring instrument is calibrated and the temperature is measured by thermocouple and... more In this, a measuring instrument is calibrated and the temperature is measured by thermocouple and RTD
LVDT is used to measure the Disaplacement
In this project, we have a ventilation smokestack which is emanating radioactive substance into t... more In this project, we have a ventilation smokestack which is emanating radioactive substance into the climate because of disappointment. The rate at which the discharge is occurring is Q = 10g/s. The fundamental goal of the errand is to break down the defilement that happens because of the disappointment. The investigation is done in a 2km good ways from the source as determined in the inquiry. One of the potential kinds of defilement items must be chosen. The isotope that is chosen here is Barium – 140. While examining, all the breeze speeds given (Vw = 0,2,4,8,10,12,16,18 m/s) and the environmental conditions must be considered. The issue is break down with the assistance of gaussian crest model
Mass and Energy flows and ecological indicators of the thermal system are Calculated
Process of unloading reactor core (step by step) and transfer fuel from Reactor Building to spent... more Process of unloading reactor core (step by step) and transfer fuel from Reactor Building to spent fuel pond in Fuel Building
Today, mobile robot systems are becoming more and more beneficial in a variety of settings, inclu... more Today, mobile robot systems are becoming more and more beneficial in a
variety of settings, including industries, military facilities, hazardous places, and warehouses. Using Mecanum wheels as a drive system for omnidirectional mobile robots, this study reveals the excellent mobility and agility that they provide. A motion Study was done, as well as a study on several mechanical wheel designs. Omni vehicle uses mecanum wheels. The passive rollers are oriented at an angle of 45 degrees concerning the axis of rotation operated. This construction allows the wheels to be arranged in a rectangle. By rotating the wheels in a given pattern, diagonal forces are used and then the robot can move in any direction. The Mecanum wheels are often referred to as left-handed and right-handed Mecanum wheels. The axis of rotation of the top roller of each wheel should point to the centre of the robot. An Omnidirectional robot with
mecanum wheels is designed. motion study and static analysis are carried out on the design.