This document discusses Namsung Industries' busbar fabrication systems. It introduces the NSB-606A, NSB-607A, NSB-601A, NSB-505, and NSB-707 systems. The NSB-606A and NSB-607A are large, multi-functional systems that can cut, bend, and punch busbars. The NSB-601A is a compact system that can also process panels. The NSB-505 is a portable system. The NSB-707 is a panel punching system. All the systems aim to improve production efficiency for busbar and panel fabrication.
This document discusses nozzles and provides objectives and information about different types of nozzles. It defines nozzles and diffusers, describes convergent and convergent-divergent nozzle shapes. It also defines critical pressure ratio and maximum mass flow, and provides equations to calculate properties like area, temperature, and velocity at different points in a nozzle. An example calculation is provided to demonstrate determining the throat and exit areas of a convergent-divergent nozzle.
Air cycle refrigeration systems use compressed air as a refrigerant. The Carnot refrigeration cycle consists of two reversible isothermal processes and two isentropic processes and is used by refrigerators and heat pumps. Refrigerators, air conditioners, and heat pumps operate on the reverse of a heat engine cycle by absorbing heat from a cold space and releasing it to a warmer one. Aircraft use air cycle refrigeration systems due to internal and external heating, and different cycle types include simple, evaporative, bootstrap, and reduced ambient air systems.
Episode 39 : Hopper Design
Problem:
1 -experiments with shear box jenike on a particulate catalyst to give the family
yield locus as in 1. given that the bulk density is 1000 kg/m3 particulates and wall friction angle is 15
a-from design chart silo cone, do design a mass flow hopper for the material.
b-if the average size is 100 um, calculate the discharge flow rate passing through the discharge opening
2 - For the above materials using stainless steel is required to store 1000 tons of particulate in it. Coefficient of friction at the wall is given as 0.45 for each value and the formula that you use the appropriate justify the design.
a - draw the dimensions of the silo you and draw a vertical stress profile and the wall of the silo whole time say powerful particle
b- specify the maximum vertical stress and the wall of the silo you
c - if you use several different approaches in the design you provide appropriate recommendations to your employer for work before the end of the casting device fabrication started.
d - if problems such as the formation of the entrance are available after a certain time interval suggest measures - flow improvement measures to be taken to your employer
SAJJAD KHUDHUR ABBAS
Ceo , Founder & Head of SHacademy
Chemical Engineering , Al-Muthanna University, Iraq
Oil & Gas Safety and Health Professional – OSHACADEMY
Trainer of Trainers (TOT) - Canadian Center of Human
Development
All the three types of flowmeters i.e. venturi-meter, orifice-meter and rota-meter. The Principle, construction, working, applications, advantages and disadvantages are briefly explained.
The document provides information about an internship report submitted by Nishant R Shah at Lupin Limited in Tarapur, India from December 2010 to May 2011. It includes an acknowledgements section thanking various mentors at Lupin. The index outlines topics covered in the report such as filtration, distillation columns, effluent treatment plants, and centrifugal pump design. An introduction provides background on Lupin including its history, facilities, products, and awards. Descriptions are also given of various unit operations used at Lupin's plants including an agitated nutsche filter dryer.
This document discusses cavitation in centrifugal pumps. It defines cavitation as the formation of vapor bubbles when liquid pressure drops below vapor pressure. Cavitation can cause damage, noise, vibration and efficiency losses in pumps. To avoid cavitation, the pump inlet pressure must exceed the net positive suction head required by the pump. Proper pump submergence, suction piping design and avoidance of air in the line can also prevent cavitation. Cavitation reduces pump head and efficiency according to the specific speed of the pump. Higher specific speed pumps are less susceptible to cavitation issues.
This document discusses nozzles and provides objectives and information about different types of nozzles. It defines nozzles and diffusers, describes convergent and convergent-divergent nozzle shapes. It also defines critical pressure ratio and maximum mass flow, and provides equations to calculate properties like area, temperature, and velocity at different points in a nozzle. An example calculation is provided to demonstrate determining the throat and exit areas of a convergent-divergent nozzle.
Air cycle refrigeration systems use compressed air as a refrigerant. The Carnot refrigeration cycle consists of two reversible isothermal processes and two isentropic processes and is used by refrigerators and heat pumps. Refrigerators, air conditioners, and heat pumps operate on the reverse of a heat engine cycle by absorbing heat from a cold space and releasing it to a warmer one. Aircraft use air cycle refrigeration systems due to internal and external heating, and different cycle types include simple, evaporative, bootstrap, and reduced ambient air systems.
Episode 39 : Hopper Design
Problem:
1 -experiments with shear box jenike on a particulate catalyst to give the family
yield locus as in 1. given that the bulk density is 1000 kg/m3 particulates and wall friction angle is 15
a-from design chart silo cone, do design a mass flow hopper for the material.
b-if the average size is 100 um, calculate the discharge flow rate passing through the discharge opening
2 - For the above materials using stainless steel is required to store 1000 tons of particulate in it. Coefficient of friction at the wall is given as 0.45 for each value and the formula that you use the appropriate justify the design.
a - draw the dimensions of the silo you and draw a vertical stress profile and the wall of the silo whole time say powerful particle
b- specify the maximum vertical stress and the wall of the silo you
c - if you use several different approaches in the design you provide appropriate recommendations to your employer for work before the end of the casting device fabrication started.
d - if problems such as the formation of the entrance are available after a certain time interval suggest measures - flow improvement measures to be taken to your employer
SAJJAD KHUDHUR ABBAS
Ceo , Founder & Head of SHacademy
Chemical Engineering , Al-Muthanna University, Iraq
Oil & Gas Safety and Health Professional – OSHACADEMY
Trainer of Trainers (TOT) - Canadian Center of Human
Development
All the three types of flowmeters i.e. venturi-meter, orifice-meter and rota-meter. The Principle, construction, working, applications, advantages and disadvantages are briefly explained.
The document provides information about an internship report submitted by Nishant R Shah at Lupin Limited in Tarapur, India from December 2010 to May 2011. It includes an acknowledgements section thanking various mentors at Lupin. The index outlines topics covered in the report such as filtration, distillation columns, effluent treatment plants, and centrifugal pump design. An introduction provides background on Lupin including its history, facilities, products, and awards. Descriptions are also given of various unit operations used at Lupin's plants including an agitated nutsche filter dryer.
This document discusses cavitation in centrifugal pumps. It defines cavitation as the formation of vapor bubbles when liquid pressure drops below vapor pressure. Cavitation can cause damage, noise, vibration and efficiency losses in pumps. To avoid cavitation, the pump inlet pressure must exceed the net positive suction head required by the pump. Proper pump submergence, suction piping design and avoidance of air in the line can also prevent cavitation. Cavitation reduces pump head and efficiency according to the specific speed of the pump. Higher specific speed pumps are less susceptible to cavitation issues.
The document is a lab report from a chemical engineering class at Koya University. It details an experiment conducted by 8 students to determine the cloud point and pour point of an oil sample. The introduction discusses cloud point and pour point theory. The procedure describes how the cloud point and pour point were measured using a thermometer, test jar, and cooling bath. The results table lists the cloud point and pour point temperatures measured for two samples. Discussions by each student analyze how adding hydrotropes or salt would affect the oil solution and why thermometer readings are important.
Pump Cavitation & Net Positive Suction HeadHasnaın Sheıkh
This document summarizes key concepts related to pump cavitation and net positive suction head (NPSH). It defines cavitation as the formation of vapor bubbles when local pressure inside a pump drops below the vapor pressure of the liquid. Repeated cavitation can damage impeller blades through pitting and erosion. NPSH is introduced to quantify the pressure required to avoid cavitation. NPSH available considers the inlet pressure accounting for piping losses, while NPSH required is provided by pump manufacturers as the minimum pressure needed. The document outlines how NPSH available and required values vary with flow rate and other variables like liquid temperature.
The document discusses fluid dynamics and Bernoulli's equation. It provides:
1) Objectives of understanding measurements of fluids in motion and applying Bernoulli's equation to calculate energy in pipes, venturi meters, and orifices.
2) An explanation of Bernoulli's equation and its components of potential, pressure, and kinetic energy.
3) Examples of applying the equation to calculate discharge in a horizontal venturi meter using measurements of pressure and height differences.
This project document describes the design, installation, and testing of a reciprocating pump. A team of engineering students constructed a demonstration pump facility under the guidance of Dr. Manoj Kumar Barai. The document outlines the objectives, classification, construction details, drawings, working principle, performance parameters, material selection, maintenance requirements, installation process, discharge calculations, characteristics, efficiencies, advantages, disadvantages, and applications of reciprocating pumps. References are provided at the end.
This document summarizes an experiment conducted using a Marcet boiler to determine the relationship between the pressure and temperature of saturated steam. The experiment measured pressure and temperature values over a range of approximately 0-14 bars. These measured values were then compared to theoretical values from steam tables. The results showed that pressure and temperature were directly proportional, though some measured values differed slightly from predicted values, possibly due to experimental errors. The document also lists the objectives, equipment used, calculations made, and discusses sources of error in the experiment.
This document discusses Net Positive Suction Head (NPSH) and cavitation in pumps. It defines key terms like NPSH, NPSHA, NPSHR. NPSH is the net positive pressure at the pump inlet to prevent vaporization. NPSHR increases with flow rate and is pump-specific. NPSHA must exceed NPSHR to avoid cavitation. The document provides a formula to calculate maximum pump elevation above a reservoir based on NPSHR, friction losses, and vapor pressure. It notes symptoms of low NPSH like noise, wear, and performance issues.
book review : thank you for being late (an optimist's guide to thriving in th...PrachiShah178
This book review summarizes Thomas Friedman's book "Thank you for being late". It discusses how Friedman cites 2007 as the start of an era of constant acceleration due to rapid technological changes. This has led to accelerations in global markets and information flows. At the same time, climate change and population growth are accelerating the environmental impacts on our planet. The book argues that we must adapt quickly to keep up with this pace of change and work together globally to tackle issues like climate change that threaten our future.
The first lecture in the module Particle Technology, delivered to second year students who have already studied basic fluid mechanics. Some applications of Particle Technology are described, in industry and nature, and particle size analysis and means of representing the data. The format for the laboratory classes for the module and their reports are covered.
1. The document discusses material removal rate (MRR) calculations for various materials during electrochemical machining (ECM) processes under different conditions. Equations for calculating MRR in terms of current, atomic weight, valency, density, and Faraday's constant are provided.
2. MRR values are calculated for materials like copper, iron, nickel superalloy, and alloys using the given parameters and equations.
3. Key factors that influence MRR are identified as atomic weight of the work material, current, and electrolyte properties like resistivity. Commercial ECM is carried out at low voltage and high current.
The document discusses reversible and irreversible processes. It defines a reversible process as one that can reverse itself without leaving any trace on the system or surroundings. Reversible processes are idealizations that do not actually occur in nature but can approximate real processes. The Carnot cycle, composed of reversible processes, represents the most efficient heat engine possible between two temperature limits. The Carnot cycle consists of four steps: two isothermal expansion/compression processes and two adiabatic expansion/compression processes. The efficiency of a Carnot engine depends only on the temperatures of the hot and cold reservoirs. Reversible processes set the theoretical maximum efficiency and minimum work consumption that real irreversible engines can approach but not meet.
This document provides a cheat sheet on basic thermodynamic processes including definitions of isobaric, isochoric, isothermal, and adiabatic processes. It defines relevant variables such as pressure, volume, temperature, heat transfer, work done, and change in internal energy. For each process, it lists the work done by gas, heat transferred, and change in internal energy.
This document provides an overview of applied fluid dynamics related to pumps. It discusses various pump types including positive displacement and kinetic pumps. Positive displacement pumps are further divided into rotary and reciprocal types. Rotary positive displacement pumps include gear, screw, progressive cavity, lobe and peristaltic pumps. Reciprocal positive displacement pumps include piston and diaphragm pumps. Kinetic pumps discussed are centrifugal and axial flow pumps. The document also covers pump performance parameters such as head, efficiency and NPSH. Cavitation is explained as a phenomenon caused by vapor bubbles forming due to a drop in pressure below the vapor pressure. Methods to calculate NPSHA and determine if cavitation will occur are presented along with an example problem.
This document discusses different types of hydraulic jacks. It begins with introductions to hydraulics, Pascal's law, and the working principle of hydraulic jacks. Then it describes various parts of hydraulic jacks like the reservoir, pump, cylinder, and release valve. It discusses the historical development of hydraulic jacks and their applications. Different types are outlined, including screw jacks, hydraulic jacks like bottle jacks and floor jacks, pneumatic jacks, and farm jacks. Advantages of remote-controlled hydraulic jacks are provided. Design and calculations for a hydraulic jack are also presented.
This document discusses Bernoulli's equation and its significance. It provides background on Bernoulli's principle, derives the general Bernoulli's equation, and discusses its different forms. Several applications of Bernoulli's equation are described, including in pumps, ejectors, carburetors, siphons, and pilot tubes. Limitations due to fluid viscosity are also noted. In conclusion, the equation is valid for fluid flow as it obeys the conservation of energy principle.
Watch Video of this presentation on Link: https://youtu.be/g8eJsznmsaY
For notes/articles, Visit my blog (link is given below).
For Video, Visit our YouTube Channel (link is given below).
Any Suggestions/doubts/reactions, please leave in the comment box.
Follow Us on
YouTube: https://www.youtube.com/channel/UCVPftVoKZoIxVH_gh09bMkw/
Blog: https://e-gyaankosh.blogspot.com/
Facebook: https://www.facebook.com/egyaankosh/
This document describes a proposed 360 degree rotating wheel vehicle. The vehicle aims to reduce turning radius and space by allowing the vehicle to turn in place without leaving its center of gravity. It uses four independently rotating wheels that can turn 360 degrees, connected to DC motors. This zero turning mechanism allows the vehicle to easily maneuver in tight spaces like parking areas. The document outlines the design of the vehicle, including its frame, motors, gears, wiring and controls. It also provides calculations for wheel torque and reactions, cost estimates, advantages like being eco-friendly and battery powered, and potential future developments like using a single motor instead of separate motors. The vehicle aims to improve maneuverability and parking ability compared to traditional steering designs.
The document discusses hydraulic pumps. It begins by introducing pumps and their importance in applications like water supply, drainage, sewage, irrigation, chemical and petroleum industries, and medicine. Pumps are defined as devices that expend energy to raise, transport, or compress liquids. The document then discusses the history of pumps dating back thousands of years, including early devices like the Noria water wheel and Archimedes' screw. It provides examples of how pump technology has evolved and expanded its applications over time.
Koch Modular Process Systems specializes in designing liquid-liquid extraction equipment for industries such as chemical, pharmaceutical, petrochemical, biotech, and flavors & fragrances. They offer various types of extraction columns including SCHEIBEL, KARR, rotating disc contactors, pulsed columns, and packed columns. Pilot testing of actual feed streams is important for accurate scale-up and process design since extraction involves complex phenomena at the liquid-liquid interface that is difficult to model. They provide extraction solutions tailored to customers' separation challenges.
This document discusses how digital innovation can help businesses capture and keep customers through social media collaboration and edutainment, sharing ideas to gain a competitive advantage and ensure the future success of one's business in a fast-moving digital world.
International Legal Research LexisNexis Academicstaffordlibrary
This document provides instructions for conducting international legal research using LexisNexis Academic. It outlines the steps to search for Canadian cases by entering terms, selecting sources and jurisdictions, and viewing full text. It also describes how to search for cases from the EU, Commonwealth and other nations by inputting terms, choosing a source and date range, and accessing full text decisions.
The document is a lab report from a chemical engineering class at Koya University. It details an experiment conducted by 8 students to determine the cloud point and pour point of an oil sample. The introduction discusses cloud point and pour point theory. The procedure describes how the cloud point and pour point were measured using a thermometer, test jar, and cooling bath. The results table lists the cloud point and pour point temperatures measured for two samples. Discussions by each student analyze how adding hydrotropes or salt would affect the oil solution and why thermometer readings are important.
Pump Cavitation & Net Positive Suction HeadHasnaın Sheıkh
This document summarizes key concepts related to pump cavitation and net positive suction head (NPSH). It defines cavitation as the formation of vapor bubbles when local pressure inside a pump drops below the vapor pressure of the liquid. Repeated cavitation can damage impeller blades through pitting and erosion. NPSH is introduced to quantify the pressure required to avoid cavitation. NPSH available considers the inlet pressure accounting for piping losses, while NPSH required is provided by pump manufacturers as the minimum pressure needed. The document outlines how NPSH available and required values vary with flow rate and other variables like liquid temperature.
The document discusses fluid dynamics and Bernoulli's equation. It provides:
1) Objectives of understanding measurements of fluids in motion and applying Bernoulli's equation to calculate energy in pipes, venturi meters, and orifices.
2) An explanation of Bernoulli's equation and its components of potential, pressure, and kinetic energy.
3) Examples of applying the equation to calculate discharge in a horizontal venturi meter using measurements of pressure and height differences.
This project document describes the design, installation, and testing of a reciprocating pump. A team of engineering students constructed a demonstration pump facility under the guidance of Dr. Manoj Kumar Barai. The document outlines the objectives, classification, construction details, drawings, working principle, performance parameters, material selection, maintenance requirements, installation process, discharge calculations, characteristics, efficiencies, advantages, disadvantages, and applications of reciprocating pumps. References are provided at the end.
This document summarizes an experiment conducted using a Marcet boiler to determine the relationship between the pressure and temperature of saturated steam. The experiment measured pressure and temperature values over a range of approximately 0-14 bars. These measured values were then compared to theoretical values from steam tables. The results showed that pressure and temperature were directly proportional, though some measured values differed slightly from predicted values, possibly due to experimental errors. The document also lists the objectives, equipment used, calculations made, and discusses sources of error in the experiment.
This document discusses Net Positive Suction Head (NPSH) and cavitation in pumps. It defines key terms like NPSH, NPSHA, NPSHR. NPSH is the net positive pressure at the pump inlet to prevent vaporization. NPSHR increases with flow rate and is pump-specific. NPSHA must exceed NPSHR to avoid cavitation. The document provides a formula to calculate maximum pump elevation above a reservoir based on NPSHR, friction losses, and vapor pressure. It notes symptoms of low NPSH like noise, wear, and performance issues.
book review : thank you for being late (an optimist's guide to thriving in th...PrachiShah178
This book review summarizes Thomas Friedman's book "Thank you for being late". It discusses how Friedman cites 2007 as the start of an era of constant acceleration due to rapid technological changes. This has led to accelerations in global markets and information flows. At the same time, climate change and population growth are accelerating the environmental impacts on our planet. The book argues that we must adapt quickly to keep up with this pace of change and work together globally to tackle issues like climate change that threaten our future.
The first lecture in the module Particle Technology, delivered to second year students who have already studied basic fluid mechanics. Some applications of Particle Technology are described, in industry and nature, and particle size analysis and means of representing the data. The format for the laboratory classes for the module and their reports are covered.
1. The document discusses material removal rate (MRR) calculations for various materials during electrochemical machining (ECM) processes under different conditions. Equations for calculating MRR in terms of current, atomic weight, valency, density, and Faraday's constant are provided.
2. MRR values are calculated for materials like copper, iron, nickel superalloy, and alloys using the given parameters and equations.
3. Key factors that influence MRR are identified as atomic weight of the work material, current, and electrolyte properties like resistivity. Commercial ECM is carried out at low voltage and high current.
The document discusses reversible and irreversible processes. It defines a reversible process as one that can reverse itself without leaving any trace on the system or surroundings. Reversible processes are idealizations that do not actually occur in nature but can approximate real processes. The Carnot cycle, composed of reversible processes, represents the most efficient heat engine possible between two temperature limits. The Carnot cycle consists of four steps: two isothermal expansion/compression processes and two adiabatic expansion/compression processes. The efficiency of a Carnot engine depends only on the temperatures of the hot and cold reservoirs. Reversible processes set the theoretical maximum efficiency and minimum work consumption that real irreversible engines can approach but not meet.
This document provides a cheat sheet on basic thermodynamic processes including definitions of isobaric, isochoric, isothermal, and adiabatic processes. It defines relevant variables such as pressure, volume, temperature, heat transfer, work done, and change in internal energy. For each process, it lists the work done by gas, heat transferred, and change in internal energy.
This document provides an overview of applied fluid dynamics related to pumps. It discusses various pump types including positive displacement and kinetic pumps. Positive displacement pumps are further divided into rotary and reciprocal types. Rotary positive displacement pumps include gear, screw, progressive cavity, lobe and peristaltic pumps. Reciprocal positive displacement pumps include piston and diaphragm pumps. Kinetic pumps discussed are centrifugal and axial flow pumps. The document also covers pump performance parameters such as head, efficiency and NPSH. Cavitation is explained as a phenomenon caused by vapor bubbles forming due to a drop in pressure below the vapor pressure. Methods to calculate NPSHA and determine if cavitation will occur are presented along with an example problem.
This document discusses different types of hydraulic jacks. It begins with introductions to hydraulics, Pascal's law, and the working principle of hydraulic jacks. Then it describes various parts of hydraulic jacks like the reservoir, pump, cylinder, and release valve. It discusses the historical development of hydraulic jacks and their applications. Different types are outlined, including screw jacks, hydraulic jacks like bottle jacks and floor jacks, pneumatic jacks, and farm jacks. Advantages of remote-controlled hydraulic jacks are provided. Design and calculations for a hydraulic jack are also presented.
This document discusses Bernoulli's equation and its significance. It provides background on Bernoulli's principle, derives the general Bernoulli's equation, and discusses its different forms. Several applications of Bernoulli's equation are described, including in pumps, ejectors, carburetors, siphons, and pilot tubes. Limitations due to fluid viscosity are also noted. In conclusion, the equation is valid for fluid flow as it obeys the conservation of energy principle.
Watch Video of this presentation on Link: https://youtu.be/g8eJsznmsaY
For notes/articles, Visit my blog (link is given below).
For Video, Visit our YouTube Channel (link is given below).
Any Suggestions/doubts/reactions, please leave in the comment box.
Follow Us on
YouTube: https://www.youtube.com/channel/UCVPftVoKZoIxVH_gh09bMkw/
Blog: https://e-gyaankosh.blogspot.com/
Facebook: https://www.facebook.com/egyaankosh/
This document describes a proposed 360 degree rotating wheel vehicle. The vehicle aims to reduce turning radius and space by allowing the vehicle to turn in place without leaving its center of gravity. It uses four independently rotating wheels that can turn 360 degrees, connected to DC motors. This zero turning mechanism allows the vehicle to easily maneuver in tight spaces like parking areas. The document outlines the design of the vehicle, including its frame, motors, gears, wiring and controls. It also provides calculations for wheel torque and reactions, cost estimates, advantages like being eco-friendly and battery powered, and potential future developments like using a single motor instead of separate motors. The vehicle aims to improve maneuverability and parking ability compared to traditional steering designs.
The document discusses hydraulic pumps. It begins by introducing pumps and their importance in applications like water supply, drainage, sewage, irrigation, chemical and petroleum industries, and medicine. Pumps are defined as devices that expend energy to raise, transport, or compress liquids. The document then discusses the history of pumps dating back thousands of years, including early devices like the Noria water wheel and Archimedes' screw. It provides examples of how pump technology has evolved and expanded its applications over time.
Koch Modular Process Systems specializes in designing liquid-liquid extraction equipment for industries such as chemical, pharmaceutical, petrochemical, biotech, and flavors & fragrances. They offer various types of extraction columns including SCHEIBEL, KARR, rotating disc contactors, pulsed columns, and packed columns. Pilot testing of actual feed streams is important for accurate scale-up and process design since extraction involves complex phenomena at the liquid-liquid interface that is difficult to model. They provide extraction solutions tailored to customers' separation challenges.
This document discusses how digital innovation can help businesses capture and keep customers through social media collaboration and edutainment, sharing ideas to gain a competitive advantage and ensure the future success of one's business in a fast-moving digital world.
International Legal Research LexisNexis Academicstaffordlibrary
This document provides instructions for conducting international legal research using LexisNexis Academic. It outlines the steps to search for Canadian cases by entering terms, selecting sources and jurisdictions, and viewing full text. It also describes how to search for cases from the EU, Commonwealth and other nations by inputting terms, choosing a source and date range, and accessing full text decisions.
Cloud architecture and deployment: The Kognitio checklist, Nigel Sanctuary, K...CloudOps Summit
CloudOps Summit 2012, Frankfurt, 20.9.2012 Track 2 - Build and Run
by Nigel Sanctuary, VP Propositions at Kognitio (www.kognitio.com)
http://cloudops.de/sprecher/#nigelsanctuary
Find the video of this talk at http://youtu.be/wQrHQNOMlKc
The document discusses the growth of mobile device usage and its implications for mobile learning. It notes that the number of mobile subscribers has reached 6 billion and is still growing rapidly around the world. This growth in mobile access presents both opportunities and challenges for delivering education online. While increased access to information is important, it is not sufficient for learning. Other factors like safe learning environments, trusted relationships, and self-respect are also needed. The document concludes by presenting Adobe's eLearning solutions like Captivate and Presenter, which can help create engaging interactive content and videos for mobile and online learning.
This document provides research tips and instructions for students taking the MBUS 525: Visionary Leadership course at UMW, including how to search the library catalog and databases for articles, books, and company information; tips for conducting effective database searches; and information on requesting materials not available at the Stafford campus library through interlibrary loan. Students are also instructed on searching the web selectively by domain and seeking research help from the reference librarian as needed.
Sparkrelief crowdsourcing disaster relief Eli HayesEli Hayes
We see a world where empowered communities help one another through disasters. We promise to do our best to “Empower you to provide disaster relief.” We seek to create simplicity and hope around the disaster relief experience. Where complexity and despair currently prevails. And hope you will join us in creating a better world
The document discusses the various media technologies and software programs the student used to complete their coursework, which included research, planning, construction, and evaluation stages. The student used blogger, Google, Survey Monkey, YouTube, SlideShare, SoundCloud, Microsoft Word, Publisher, Pages, iMovie, Photoshop, PowerPoint, and their Mac, Windows PC, iPod, camera, and scanner at different stages of their work. They found many of these technologies easy to access and use. Blogger was used throughout for posting work.
The document discusses strategies for effective reading and studying. It recommends using prior knowledge, taking an active approach when reading textbooks by asking questions, and choosing an environment conducive to studying. The SQ3R method is described which involves surveying, questioning, reading, reciting and reviewing material. Marking and annotating texts, studying in groups, and employing critical thinking are also presented as beneficial study techniques.
As the concepts of eLearning and mLearning converge and create every day learning built to support today’s modern learners, how might our design decisions change? Do the elements and principles of design for conventional eLearning prevail? Does the powerful trend of mobile first design win the day? How can you make great decisions that will ensure your course content has a long life, degrades gracefully on a multitude of screens and looks great no matter which way those pesky learners turn those screens?
Join Dr. Allen Partridge, Artist, Designer, Developer and Adobe eLearning Evangelist for this journey into the unknown and barely understood world of design for multimedia eLearning in the multi-device world. You’ll learn practical tips for designing and developing great course content that stands the test of time, and the tide of ever-evolving display sizes and orientations using Adobe Captivate 8.
Italian students from Collegio Rotondi's High School in Gorla Minore, Italy introduce themselves and their school. Collegio Rotondi is a Catholic school located 30 km northwest of Milan in northern Italy. It has operated as a school for the poor children of the village since 1599. Though suppressed under Napoleon, the school reopened in 1839 and continues to provide education from nursery school through scientific high school, focusing on subjects like math, chemistry, and physics. The students are excited to participate in an international project and learn from others.
This document summarizes the key features and capabilities of high speed infrared cameras. It discusses their spectral sensitivity bands, including shortwave, midwave, and longwave. It describes the image resolutions available from different detector array sizes and pixel pitches. It also covers high speed camera features like short exposure times, high frame rates, and event triggering. Finally, it lists several applications that benefit from these cameras, such as infrared inspection, hyperspectral imaging, target tracking, and medical thermography.
Social Media Analysis & Strategy - revised 1-14-14Andrea Berberich
This presentation is based on an existing company mainly a business-to-business model. Just recently it acquired a product that allows to tap into the business-to-consumer model. Product names, company name and other potential items are fictitious to keep the identity of this company protected.
Company name and products names are changed in this presentation.
The document discusses various trends in food and technology, including food data sharing platforms, open source food communities, and location-based smartphone applications for finding restaurants and sharing food reviews and experiences. Several websites and online resources are presented that relate to topics like open source food communities, food reviews, food trends, cooking games, and Greek food communities.
The document summarizes the primary and secondary research methods used in the author's media coursework, including surveys, interviews, analysis of existing texts, and internet research. Surveys were conducted via Survey Monkey and distributed on Facebook. Interviews were conducted and filmed to collect qualitative data. Existing texts were analyzed to study conventions and compare products. Internet research involved sites like Wikipedia and Google, as well as previous student blogs. The methods were evaluated in terms of pros and cons, such as surveys being cheap and easy but difficult to get significant participant numbers.
GSM Laos-Thailand GSM Signal Wattay Airport Terminaldeklolay
The document summarizes a study assessing the presence of Thai GSM signals at Wattay International Airport in Laos. Eight roaming SIM cards from different carriers were used to detect available networks. The Thai operators DTAC, True, and AIS were found to have strong signal presence at the airport, as measured using a TEMS mobile testing device. It is suggested that Thai operators minimize their signal coverage and strength around the airport to avoid covering areas outside of Thailand.
This document discusses conventions for music magazine design, including:
1. Common cover shots include close-ups, mid shots, and long shots of musicians. Inside pages often use close-ups and mid shots.
2. Magazine titles are usually short, bold, simple, and sometimes abbreviated.
3. Color schemes typically use 3-4 colors, often black and white plus one or two others.
4. Sell lines are short, bold, and simple to attract readers.
The document concludes that applying these conventional design elements should help the magazine attract its target urban audience.
This is a brief outline of NISSIN 3D Freeform Tube Bender (NISSIN CNC Pipe Bender) and our company profile.
[Overview]
With the NISSIN CNC 3D Freeform Tube Bender, it is possible to bend different radii at tubes and profiles in three dimensions without tool change.
This is due to a patented tooling in combination with a CNC control system.
Radii can follow each other without straight length in between, and can be in different planes.
The machine can produce bent tubes with homogeneous wall thickness.
Using a mandrel, thin-walled pipes be bent on the NISSIN CNC 3D Freeform Bender, up to a diameter of 60.5 mm.
The smallest radius that can be achieved is somewhere around 3DR (depending on material tube specification.)
The 3 axis system can bend round tubes only with suggested thickness 5 - 10% of O.D.
The Easy Programming software on Windows has features like 3D preview, mirroring and rotation,
Pls refer to these articles for technical basics:
Tube bending with no straights? No problem
Wisconsin tube shop invests in freeform bending technology
http://www.thefabricator.com/article/tubepipefabrication/tube-bending-with-no-straightsr-no-problem
Highly Improved Function and Productivity
for Tube Bending by CNC Bender
http://www.tubenet.org.uk/technical/nissin.html
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Namsung Catalogue
1. Busbar Fabrication System
Toward the Future
Busbar punching, bending, and cutting at the same time
Busbar Processing Machine
Punching on the Panel Sheet
Portable Busbar Processing
4. 04 05
l www.nsbco.com
NAMSUNG INDUSTRIES CO.
is the manufacturer of multi functional
Busbar processing machine with
unlimited potential power
NSB-606A
5. Greetings Namsung Industries co.
Gentlemen
I would like to express my gratitude in sincerity to our customers’ continuous cooperation and concern since the establishment of Nam
Sung Industrial Co. in 1976.
We have steadily launched the products to satisfy users’ requirement such as NSB-606 Multi-Processing Machine
for Busbar, NSB-707 Panel Punching Machine, NSB-603 Multi-Processing for Switchgear Busbar and NSB-601 Compact Multi-
Processing Machine for domestic market, and exported to all over the world since 1995.
After acquiring patent in several cases by developing epoch-making NSB-505 Portable Busbar Processing machine in 2006, we had
exported the product to South America, Europe, the Middle East, India, and South-West Asia and had good reputation from buyers. In
2007, we developed new product NSB-607 Max. Busbar Processing Machine and got a foothold for the second takeoff by developing
and launching new models that improve production capability for all the existing products.
We will make effort to be a company to research and develop with customers at all times and expect your advice and guide for us in the
future.
Thank you.
President Lee Jong-sung
CE Certification ISO 9001 ISO 14001
A NSB-607A NSB-601A NSB-505
6. 06 07 l www.nsbco.com
Busbar Fabrication System
NSB-606A
option
Size Width : 1350mm, Length : 1250mm Height : 1420mm
Power 380V, 415V / 3 Phase.
Motor 5HP / 50hz, 60hz / Single Motor (3 Motors Available)
Busbar Cutting and Bending 160mm 15mm
Busbar Punching 3.4 ~ 25
1. This system bends the required angel by inputing the digits of
thickness and required angle of Busbar.
2. It will automatically bend the busbar and return back to its
original position without any additional operation.
1. This Shearing system do not make the wastage.
2. Cutting up to 160mm 15mm
3. Cut very rapidly and efficiency.
7. Products guide Namsung Industries co.
Using the Vertical Ruler Bar and Horizontal Ruler Bar, you could punch every place on the busbar very rapidly
and accurately. This system reduce the punching time 3 times faster compare than the existing model.
- Sensor for Bending Angle Fixture. After the bending processing - Molds Shelf : You can safely keep the punches and Dies.
you will be acquired all the same Angle degree.
-Convenient Stop Bar System
The end of stop bar could pop up to easily pull out the Busbar after cutting and bending.
8. 08 09 l www.nsbco.com
Busbar Fabrication System
NSB-607A
Size Width : 1750mm, Length : 1600mm, Height : 1420mm
Weight 1,250kgs.
Motor 3 Motors (7.5HP, 7.5HP, 5HP). 380V, 415V/50Hz, 60Hz, 3-Phase.
Cut up to the Busbar size 220mm 12mm
Bend up to the Busbar size 220mm 15mm
Busbar Punching 3.4 ~ 25
1. This system bends the required angel by inputing the digits of
thickness and required angle of Busbar.
2. It will automatically bend the busbar and return back to its
original position without any additional operation.
1. This Shearing system do not make the wastage.
2. Cutting up to 220mm 12mm
3. Cut very rapidly and efficiency.
9. Products guide Namsung Industries co.
Using the Vertical Ruler Bar and Horizontal Ruler Bar, you could punch every place on the busbar very rapidly
and accurately. This system reduce the punching time 3 times faster compare than the existing model.
- Sensor for Bending Angle Fixture. After the bending processing - Molds Shelf : You can safely keep the punches and Dies.
you will be acquired all the same Angle degree.
-Convenient Stop Bar System
The end of stop bar could pop up to easily pull out the Busbar after cutting and bending.
10. 10 11 l www.nsbco.com
Complex System
NSB-601A
Compact Multi Processing Machine for Busbar and Panel Punching.
Size Width : 1350mm, Length : 1200mm Height : 1550mm
Power 380V, 415V / 3 Phase.
Motor 5HP / 50hz, 60hz / Single Motor (3 Motors Available)
Busbar Cutting and Bending 160mm 12mm
Busbar Punching 3.4 ~ 25
Panel Round Hole Punching 9 ~ 100.5
Steel Sheet Thickness 3mm
1. This system bends the required angel by inputing the digits
of thickness and required angle of Busbar.
2. It will automatically bend the busbar and return back to its
original position without any additional operation.
There are two type of cutting system. One is Shearing type and the other is
Notching type. You could choose the cutting system between them
11. Products guide Namsung Industries co.
Using the Vertical Ruler Bar and Horizontal Ruler Bar, you could punch every place on the busbar
very rapidly and accurately. This system reduce the punching time 3 times faster compare than
the existing model.
By replacing panel punching mold with the cutting mold,
you could punch on the panel sheet in various kinds of hole.
Item Diameter Width Length
Round Hole 26, 31
Rectangula Hole 100 100.5
15 50
Louver
15 80
21 23 96
Push
30 19 67
Key Handle
Corner 90 90
12. 12 13 l www.nsbco.com
Complex System
NSB-505
Portable Busbar Machine
Size Width : 770mm, Length : 720mm, Height : 1330mm
Weight 140kgs.
Power 220Voltage Single Phase.
Motor 1HP, 950rpm/60hz, 50hz/250bar
Cutting & Bending 10mm 120mm
Punching 3.4 ~ 18
The Main Body and Motor could be separated from the Working Table. Just
carry main body and motor to the working site, and using single phase
electric power.
14. 14 15 l www.nsbco.com
Panel Punching System
NSB-707
Size Width : 1800mm, Length : 1000mm Height : 1650mm
Motor 5HP / 380, 415V/50hz, 60hz / 3-Phase.
Steel Sheet Thickness 3.2mm Width 1040mm Length : 2400mm
Punching 6 110
By replacing panel punching mold with the cutting mold, you
could punch on the panel sheet in various kinds of hole.
Item Diameter Width Length
Round Hole 26, 31
Rectangula Hole 100 100.5
15 50
Louver
15 80
21 23 96
Push
30 19 67
Key Handle
Corner 90 90
15. Products guide Namsung Industries co.
Accessories And Tools
1. Automatic Bending System(Optional Tools)
Desired bending angle are programable by just input the thickness and desired
angle of Busbar up to 160mm 15mm & 90 . Also you could manage the
bending section by manual work.
1. Busbar Round Hole Punch And Die / 4sets
2. Busbar Oblong Hole Punch and Die / 3sets
16. 16 17
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Accessories And Tools
3. Punch and Die for Panel Sheet (Only
for NSB-601A and NSB-707) / 4sets
4. Busbar Bending Mold / 2sets (T10, T15) 5. Machinery Tool Box /1ea
1. Terminal Clamping Tools / 10sets(Optional)
(25, 35, 50, 70, 95, 120, 150, 185, 240, 300 )
17. Products guide Namsung Industries co.
2. Special Bending Mold for shortening bending distance.(Optional)
3. 203 403 Busbar Forming Block for Switchgear Box.(Optional)
18. 18 19
l www.nsbco.com
Accessories And Tools
4. Busbar Rolling Supporter for Cutting Section
(Only for NSB-606A and NSB-607)(Optional)
5. Busbar Extending Supporter for Punching
Section.(Optional)
1. Busbar Round Hole Punch And Die / 4sets 2. Busbar Bending Mold / 1sets
20. www.nsbco.com
Toward the Future & the Namsung Electrical
Designed by Korea Yellow Pages Tel.82-2-2279-9607 www.yellowpage-kr.com
14-5, Dodang-dong, Wonmi-gu, Bucheon City, Kyongki-Do, Korea.
TEL : +82-32-676-9720 FAX : +82-32-676-9721 Moble : 0082-10-7108-9720
Home Page : www.nsbco.com E-mail : nsb606@korea.com