This document is a portfolio from Duework (Responsible Engineers) that provides engineering services. It summarizes the company's skills and experience in mechanical, electrical, civil and automotive engineering. Specific services mentioned include 3D modeling, CAD drawings, simulation, testing, and product development. Case studies are presented for various mechanical and civil engineering projects the company has completed. Contact information is provided to discuss potential projects.
El documento habla sobre la vida y enseñanzas de Jesús. Llegó como un niño, luego se hizo pescador y comenzó a hacer milagros. Enseñó sobre el amor de Dios y a amar a los enemigos. Compartió parábolas como "Yo soy la vid" y "El buen pastor". Sin embargo, algunos no entendieron su mensaje y buscaron la manera de matarlo, aunque él perdonó a sus asesinos.
This document is a resume for Mizbah Uddin Qasim, providing contact information, work experience, technical skills, professional skills, and details of various software development projects. Qasim has over 5 years of experience as a software developer working with technologies like PHP, MySQL, Bootstrap, and jQuery. Notable projects include social media and e-commerce websites for Halloween events, healthcare facilities, and international communication. Qasim seeks to utilize strong technical and soft skills for company success and personal growth.
Análisis de estadísticas relevantes del mercado de bodas y lunas de miel en destinos internacionales, para el mercado de origen de EEUU y potencial de crecimiento para Costa Rica. Perspectiva del hotelero, qué hacer, cómo prepararse, como diferenciarse. Presentado por Daniel Chavarría, Profimercadeo, en el Foro organizado por los estudiantes de turismo de la UIA
Macromedia ColdFusion es un servidor de aplicaciones y lenguaje de programación para crear sitios web dinámicos. Autodesk 3ds Max es un programa de gráficos y animación 3D desarrollado por Autodesk. Adobe InDesign es una aplicación para maquetar textos destinados a la impresión o web trabajando sobre pliegos o páginas individuales.
SECTA MISION FAMILIAR INTERNACIONAL DEL FALSO APOSTOL PEPE DELGADOJose Baca
El falso apostol Pepe Delgado y sus seudo pastores de la Misión Familiar Internacional quieren propiedades del Estado para seguir lucrando con la fe de los peruanos
MFI es una secta basada en negocio de modelo piramidal que aprovecha la fe de los peruanos para satisfacer su ambición por el dinero
2º Corintios 11:13-15, “Porque éstos son falsos apóstoles .. que se disfrazaron como apóstoles de Cristo... "
El documento resume el evangelio de Mateo sobre el nacimiento de Jesús desde la perspectiva de José. Narra que José, descendiente de David, estaba comprometido con María cuando ella quedó embarazada por obra del Espíritu Santo. Un ángel le dijo a José en sueños que no tuviera miedo de llevarse a María como esposa y que el hijo que nacerá se llamará Jesús y salvará a su pueblo. José hizo lo que el ángel le mandó y se llevó a María a su casa.
WIRIS es un programa de álgebra computacional utilizado en línea con fines educativos que permite realizar cálculos matemáticos y generar contenido. Se puede encontrar en la página wiris.com y ofrece un tablero gráfico para dibujar gráficos 2D y 3D. El autor opina que WIRIS es una herramienta útil para operaciones matemáticas y debería implementarse en más escuelas.
Este documento discute el uso de las TIC (tecnologías de la información y la comunicación) en el aula de música. Define las TIC como herramientas que permiten procesar, administrar y compartir información. Explica que las TIC incluyen computadoras, escáneres, cámaras digitales, teléfonos y otros dispositivos, y que son cada vez más importantes en la educación al permitir entornos interactivos de aprendizaje centrados en el estudiante. También menciona un programa educativo de música que enseña
El documento habla sobre la vida y enseñanzas de Jesús. Llegó como un niño, luego se hizo pescador y comenzó a hacer milagros. Enseñó sobre el amor de Dios y a amar a los enemigos. Compartió parábolas como "Yo soy la vid" y "El buen pastor". Sin embargo, algunos no entendieron su mensaje y buscaron la manera de matarlo, aunque él perdonó a sus asesinos.
This document is a resume for Mizbah Uddin Qasim, providing contact information, work experience, technical skills, professional skills, and details of various software development projects. Qasim has over 5 years of experience as a software developer working with technologies like PHP, MySQL, Bootstrap, and jQuery. Notable projects include social media and e-commerce websites for Halloween events, healthcare facilities, and international communication. Qasim seeks to utilize strong technical and soft skills for company success and personal growth.
Análisis de estadísticas relevantes del mercado de bodas y lunas de miel en destinos internacionales, para el mercado de origen de EEUU y potencial de crecimiento para Costa Rica. Perspectiva del hotelero, qué hacer, cómo prepararse, como diferenciarse. Presentado por Daniel Chavarría, Profimercadeo, en el Foro organizado por los estudiantes de turismo de la UIA
Macromedia ColdFusion es un servidor de aplicaciones y lenguaje de programación para crear sitios web dinámicos. Autodesk 3ds Max es un programa de gráficos y animación 3D desarrollado por Autodesk. Adobe InDesign es una aplicación para maquetar textos destinados a la impresión o web trabajando sobre pliegos o páginas individuales.
SECTA MISION FAMILIAR INTERNACIONAL DEL FALSO APOSTOL PEPE DELGADOJose Baca
El falso apostol Pepe Delgado y sus seudo pastores de la Misión Familiar Internacional quieren propiedades del Estado para seguir lucrando con la fe de los peruanos
MFI es una secta basada en negocio de modelo piramidal que aprovecha la fe de los peruanos para satisfacer su ambición por el dinero
2º Corintios 11:13-15, “Porque éstos son falsos apóstoles .. que se disfrazaron como apóstoles de Cristo... "
El documento resume el evangelio de Mateo sobre el nacimiento de Jesús desde la perspectiva de José. Narra que José, descendiente de David, estaba comprometido con María cuando ella quedó embarazada por obra del Espíritu Santo. Un ángel le dijo a José en sueños que no tuviera miedo de llevarse a María como esposa y que el hijo que nacerá se llamará Jesús y salvará a su pueblo. José hizo lo que el ángel le mandó y se llevó a María a su casa.
WIRIS es un programa de álgebra computacional utilizado en línea con fines educativos que permite realizar cálculos matemáticos y generar contenido. Se puede encontrar en la página wiris.com y ofrece un tablero gráfico para dibujar gráficos 2D y 3D. El autor opina que WIRIS es una herramienta útil para operaciones matemáticas y debería implementarse en más escuelas.
Este documento discute el uso de las TIC (tecnologías de la información y la comunicación) en el aula de música. Define las TIC como herramientas que permiten procesar, administrar y compartir información. Explica que las TIC incluyen computadoras, escáneres, cámaras digitales, teléfonos y otros dispositivos, y que son cada vez más importantes en la educación al permitir entornos interactivos de aprendizaje centrados en el estudiante. También menciona un programa educativo de música que enseña
This document discusses performance-based specifications for concrete. It notes that specifying only concrete properties like slump and air content is insufficient, as different stakeholders may interpret these properties differently. It argues that specifications should focus on final, in-place performance of the concrete by specifying properties like permeability, cracking potential, and strength gain over time. The document also stresses the importance of contractor and supplier credibility in meeting performance specifications, which can be ensured through quality certification programs. Overall, it makes the case for a shift toward more outcome-based concrete specifications.
The document discusses the design and analysis of a C-clamp using different materials. It analyzes the C-clamp design using both structural steel and aluminum alloy to determine the most suitable material. The analysis includes modeling the C-clamp in ANSYS, applying loads, and evaluating stresses and safety factors. The results show that structural steel performs better with higher safety factors and lower stresses under load compared to the aluminum alloy. Specifically for the handle part, the aluminum alloy shows higher stresses due to greater deflection, making structural steel preferable for withstanding the applied forces in the C-clamp.
Allen Ramsey's Engineering Career Presentation (Version 7-15-20)Allen Ramsey
Thank you in advance for taking the time to view my LinkedIn Presentation, which showcases some of my career experiences as an Engineer. It outlines value-add that I have provided as a Mechanical Engineer, Process Engineer and Lead ISO 9001 Internal Auditor.
The standard disc brake of a 4-wheeler model was done using Autodesk Mechanical Simulation through which the properties like deflection, heat flux and temperature of disc brake model were calculated. It is important to understand action force and friction force on the disc brake new material, how disc brake works more efficiently, which can help to reduce the accident that may happen at anytime.
This document discusses the design and optimization of a scissor jack. It begins with an abstract discussing the need to design automobile jacks that are cost-effective, versatile, and durable. It then provides an introduction on the types of jacks commonly used with vehicles and their disadvantages. The document describes the methodology used, which includes a literature review, problem definition, design formulation, case study, and conclusion. It also includes a failure analysis section that examines common failure points in scissor jacks like arm teeth wear, screw failure, and jack head failure. Finally, it presents a sample design calculation for a scissor jack to lift a Mahindra Bolero vehicle, optimizing dimensions and materials for the screw, nuts, pins
The document summarizes the manufacturing process of a 140-ton steel ladle at JSW Steel Ltd. It describes the various departments involved like engineering, planning, fabrication, machining, assembly, and inspection. The fabrication process involves cutting plates, forming the shell, welding, heat treatment, and NDT. The ladle components like main shell, spout, dish end are machined and assembled. Technical details of the ladle like dimensions, load data are provided. The report acknowledges the guidance received from various personnel at JSW Steel.
DESIGN AND ANALYSIS OF NEW COUPLING SYSTEM IN INJECTION MOLDING MACHINE TO IM...ijiert bestjournal
Injection molding machine is the most commonly used manufacturing process for the fabrication of plastic parts. The plastic being mel ted in injection molding machine and then injected into the mould. The barrel contains recipr ocating screw for injecting the material into the mould and the material is also melted into the barrel. This project deals with,the solution of problem occurred for reciprocating screw of Inje ction molding machine. It identifies and solves the problem by using the modeling and analys is techniques. The problem occurred in the reciprocating screw of machine which is wearing of threads due to affect of temperature of mold materials (flow ma terials) i.e. Nylon,low density polypropylene,polystyrene,PVC etc.,The main work was to model the components of machine with dimensions,and perform thermal analys is with modeled component.
This report analyzes and compares an OEM steering tie rod system versus a heim-joint steering system designed and built by students for a 2005 Jeep Wrangler. Finite element analysis was performed on both systems to determine stresses and likelihood of failure. The OEM tie rod was found to fail at 575 lbf of load, while the designed heim-joint system showed stresses well below the yield strength, indicating it would be suitable for the vehicle. The report includes the process, analysis, and conclusions.
The document provides details to design the reinforcement for a basement retaining wall. It includes calculating the required wall thickness, loads on the wall, bending moments, shear forces, and reinforcement requirements. The summary is as follows:
1. The thickness of the basement retaining wall is determined to be 200mm based on the given height and material properties.
2. The loads on the wall, including soil pressure, water pressure, and surcharge loads are calculated.
3. The bending moment and shear force diagrams are drawn, with the maximum bending moment found to be 33.12 kNm and maximum shear force 65.76kN.
4. The required vertical and horizontal reinforcement is calculated for different sections based on
The document is a final year project report on the design of a screw jack. It includes sections on the declaration, dedication, acknowledgements, notations, abstract and literature review. The project involves classifying different types of screw threads, selecting suitable materials for the screw jack components, and developing a design procedure and Matlab code to size the various parts based on the lift required and load to be supported. Drawings and equations are provided to explain the design of the screw shaft, nut, handle, body and other components based on the applied loads and material properties.
This document is the final year project report submitted by two mechanical engineering students at the University of Nairobi. It details the computer aided design of a screw jack. The report includes sections on the classification of screw threads, components of a screw jack, selection of materials, and the design procedure adopted from a machine elements textbook. It also describes how the design procedure was coded in Matlab to provide fast, efficient solutions based on input material properties and design requirements such as lift and load. The goal was to develop a screw jack design process and program that can be used by designers.
This document is the final year project report submitted by two mechanical engineering students at the University of Nairobi. It details the computer aided design of a screw jack. The report includes sections on the classification of screw threads, components of a screw jack, selection of materials, and the design procedure adopted from a machine elements textbook. It also describes how the design procedure was coded in Matlab to provide fast, efficient solutions based on input material properties and design requirements such as lift and load. The goal was to develop a screw jack design process and program that can be used by designers.
1.6 _Important element required to complete a buildingTeow Beng Hur
1. The document discusses an Industrialized Building System (IBS) using precast concrete elements for construction. It describes the 5 step process of drawings, mould production, production, delivery, and installation.
2. The system aims to build houses faster and cheaper by using precast concrete panels, beams, walls and other elements. This reduces costs compared to traditional construction methods.
3. Key benefits outlined are speed of construction, quality control, minimal waste, and accurate cost estimates since the building is designed digitally before construction.
Simulation of Deep-Drawing Process of Large Panelstheijes
The article deals with the analysis of formability of deep-drawing DC06 steel sheets. The aim of the investigations is to verify possibilities of formability of sheet metal with thickness of 0.85 mm. The mechanical parameters of the sheets have been determined in uniaxial tensile and bulge tests. The numerical simulations using AUTOFORM has been carried out for two drawpiece models. Obtained results can be used during the simulation of real forming process.
Risk Assessment and Method Statement for Installation of Boardwalk in Dublin ...pierdole
This document provides a risk assessment and method statement for installing a steel boardwalk along the Liffey River in Dublin. It identifies major risks such as falling, drowning, equipment hazards, and outlines control measures. The workforce of 6 includes a foreman, welder, operatives, and crane operator. Installation will involve demolishing an existing wall, lifting steel sections, and working at the river's edge where harnesses and life jackets are required.
Presentation. jkr lawatan IBS kilang HC Precast SystemTeow Beng Hur
IMPORTANT :
- Elements Required To Complete A Building
- Industrialised Building System ( IBS )
" is a system not a machine or component "
- Open System And Proprietary System Is A Technology
- Speed, Quality & Environment
- SEQUENCE OF WORK : 5 Steps & No Variation Order
- Step 1 : Drawing Conversion ( 2D to 3D )
- Step 2 : Mould Fabrication
- Step 3 : Production ( Decide by Client )
- Step 4 : Delivery ( Decide by Client )
- Step 5 : Installation Numbering ( Decide by Client )
Presentation. _ JKR Lawatan kilang HCPSTeow Beng Hur
This document provides information about a visit to an IBS factory, including the sequence of work for constructing a building using precast elements. The sequence involves 5 steps: 1) drawing conversion from 2D to 3D, 2) mould fabrication, 3) production which can be 7-9 units per day, 4) delivery through 4 options, and 5) installation in blocks. It emphasizes that IBS is a system, not individual machines, and discusses goals of speed, quality and reducing environmental impact through off-site precasting.
Cross Section Analysis And Design is a powerful application that can perform a wide range of cross section calculations, including the design of reinforced concrete sections. The given cross sections are built up of one or more geometric entities and can be drawn directly using the versatile featured user interface. The user can also import standard steel sections from a complete shape library according to all major codes (AISC, Australian-New Zealand, BS, Chinese, European, Indian, Aluminum etc.) There are no limitations regarding the shape, materials or loads of a section, since the program can handle any arbitrary cross section under biaxial bending and axial loads. Among its capabilities, Cross Section Analysis And Design can calculate all sectional properties, plot Moment – Curvature and Interaction diagrams, estimate the location of neutral axis under given sets of biaxial loads and plot the corresponding stress – strain diagrams as well as the resulting stress contours. The last -named items can also be calculated by providing the location of the neutral axis plane on the section. Moreover, the program fully complies with all major codes concerning reinforced concrete sections (AASHTO, UBC, AS 3600, IS 456, ACI 318, BS 8110, CSA A233, EC2, NZS 3101 and CP 65). The user can also perform a reinforcement design according to above listed codes, plot the matching interaction diagrams etc., or even check a given reinforcement amount for the specified load cases. The stress – strain curve of concrete, reinforcement and other materials is specified as per the defined Analysis Parameters Sets. Thus calculations can be performed for many design situations, such as Ultimate/Serviceability or custom defined Limit States, with an automatic adjustment of the material properties, safety factors etc. A large material library is also available according to almost all concrete/reinforcement material specifications. Apart from concrete and reinforcement materials, the user can specify custom linear, bilinear, trilinear parabolic or fully general materials.
This industrial training report summarizes the student's training at Simplex Infrastructures Ltd. It provides details of two residential construction projects - Godrej Prakriti Housing Complex III and describes the structures being built. Quality control procedures are outlined including material testing and ensuring specifications are met. Formwork designs, reinforcement details, and estimating quantities are discussed. Plant and machinery used on-site are listed. The report aims to impart the student's practical and theoretical engineering skills.
This industrial training report summarizes the student's training at Simplex Infrastructures Ltd. It provides details of two construction projects - Godrej Prakriti Housing Complex III and details of formwork, quality control measures, site execution, safety procedures, and plant & machinery used. The student gained exposure to various construction activities like formwork, concrete pouring, bar bending, and quality testing of materials. Safety of workers was ensured through use of personal protective equipment.
This document discusses performance-based specifications for concrete. It notes that specifying only concrete properties like slump and air content is insufficient, as different stakeholders may interpret these properties differently. It argues that specifications should focus on final, in-place performance of the concrete by specifying properties like permeability, cracking potential, and strength gain over time. The document also stresses the importance of contractor and supplier credibility in meeting performance specifications, which can be ensured through quality certification programs. Overall, it makes the case for a shift toward more outcome-based concrete specifications.
The document discusses the design and analysis of a C-clamp using different materials. It analyzes the C-clamp design using both structural steel and aluminum alloy to determine the most suitable material. The analysis includes modeling the C-clamp in ANSYS, applying loads, and evaluating stresses and safety factors. The results show that structural steel performs better with higher safety factors and lower stresses under load compared to the aluminum alloy. Specifically for the handle part, the aluminum alloy shows higher stresses due to greater deflection, making structural steel preferable for withstanding the applied forces in the C-clamp.
Allen Ramsey's Engineering Career Presentation (Version 7-15-20)Allen Ramsey
Thank you in advance for taking the time to view my LinkedIn Presentation, which showcases some of my career experiences as an Engineer. It outlines value-add that I have provided as a Mechanical Engineer, Process Engineer and Lead ISO 9001 Internal Auditor.
The standard disc brake of a 4-wheeler model was done using Autodesk Mechanical Simulation through which the properties like deflection, heat flux and temperature of disc brake model were calculated. It is important to understand action force and friction force on the disc brake new material, how disc brake works more efficiently, which can help to reduce the accident that may happen at anytime.
This document discusses the design and optimization of a scissor jack. It begins with an abstract discussing the need to design automobile jacks that are cost-effective, versatile, and durable. It then provides an introduction on the types of jacks commonly used with vehicles and their disadvantages. The document describes the methodology used, which includes a literature review, problem definition, design formulation, case study, and conclusion. It also includes a failure analysis section that examines common failure points in scissor jacks like arm teeth wear, screw failure, and jack head failure. Finally, it presents a sample design calculation for a scissor jack to lift a Mahindra Bolero vehicle, optimizing dimensions and materials for the screw, nuts, pins
The document summarizes the manufacturing process of a 140-ton steel ladle at JSW Steel Ltd. It describes the various departments involved like engineering, planning, fabrication, machining, assembly, and inspection. The fabrication process involves cutting plates, forming the shell, welding, heat treatment, and NDT. The ladle components like main shell, spout, dish end are machined and assembled. Technical details of the ladle like dimensions, load data are provided. The report acknowledges the guidance received from various personnel at JSW Steel.
DESIGN AND ANALYSIS OF NEW COUPLING SYSTEM IN INJECTION MOLDING MACHINE TO IM...ijiert bestjournal
Injection molding machine is the most commonly used manufacturing process for the fabrication of plastic parts. The plastic being mel ted in injection molding machine and then injected into the mould. The barrel contains recipr ocating screw for injecting the material into the mould and the material is also melted into the barrel. This project deals with,the solution of problem occurred for reciprocating screw of Inje ction molding machine. It identifies and solves the problem by using the modeling and analys is techniques. The problem occurred in the reciprocating screw of machine which is wearing of threads due to affect of temperature of mold materials (flow ma terials) i.e. Nylon,low density polypropylene,polystyrene,PVC etc.,The main work was to model the components of machine with dimensions,and perform thermal analys is with modeled component.
This report analyzes and compares an OEM steering tie rod system versus a heim-joint steering system designed and built by students for a 2005 Jeep Wrangler. Finite element analysis was performed on both systems to determine stresses and likelihood of failure. The OEM tie rod was found to fail at 575 lbf of load, while the designed heim-joint system showed stresses well below the yield strength, indicating it would be suitable for the vehicle. The report includes the process, analysis, and conclusions.
The document provides details to design the reinforcement for a basement retaining wall. It includes calculating the required wall thickness, loads on the wall, bending moments, shear forces, and reinforcement requirements. The summary is as follows:
1. The thickness of the basement retaining wall is determined to be 200mm based on the given height and material properties.
2. The loads on the wall, including soil pressure, water pressure, and surcharge loads are calculated.
3. The bending moment and shear force diagrams are drawn, with the maximum bending moment found to be 33.12 kNm and maximum shear force 65.76kN.
4. The required vertical and horizontal reinforcement is calculated for different sections based on
The document is a final year project report on the design of a screw jack. It includes sections on the declaration, dedication, acknowledgements, notations, abstract and literature review. The project involves classifying different types of screw threads, selecting suitable materials for the screw jack components, and developing a design procedure and Matlab code to size the various parts based on the lift required and load to be supported. Drawings and equations are provided to explain the design of the screw shaft, nut, handle, body and other components based on the applied loads and material properties.
This document is the final year project report submitted by two mechanical engineering students at the University of Nairobi. It details the computer aided design of a screw jack. The report includes sections on the classification of screw threads, components of a screw jack, selection of materials, and the design procedure adopted from a machine elements textbook. It also describes how the design procedure was coded in Matlab to provide fast, efficient solutions based on input material properties and design requirements such as lift and load. The goal was to develop a screw jack design process and program that can be used by designers.
This document is the final year project report submitted by two mechanical engineering students at the University of Nairobi. It details the computer aided design of a screw jack. The report includes sections on the classification of screw threads, components of a screw jack, selection of materials, and the design procedure adopted from a machine elements textbook. It also describes how the design procedure was coded in Matlab to provide fast, efficient solutions based on input material properties and design requirements such as lift and load. The goal was to develop a screw jack design process and program that can be used by designers.
1.6 _Important element required to complete a buildingTeow Beng Hur
1. The document discusses an Industrialized Building System (IBS) using precast concrete elements for construction. It describes the 5 step process of drawings, mould production, production, delivery, and installation.
2. The system aims to build houses faster and cheaper by using precast concrete panels, beams, walls and other elements. This reduces costs compared to traditional construction methods.
3. Key benefits outlined are speed of construction, quality control, minimal waste, and accurate cost estimates since the building is designed digitally before construction.
Simulation of Deep-Drawing Process of Large Panelstheijes
The article deals with the analysis of formability of deep-drawing DC06 steel sheets. The aim of the investigations is to verify possibilities of formability of sheet metal with thickness of 0.85 mm. The mechanical parameters of the sheets have been determined in uniaxial tensile and bulge tests. The numerical simulations using AUTOFORM has been carried out for two drawpiece models. Obtained results can be used during the simulation of real forming process.
Risk Assessment and Method Statement for Installation of Boardwalk in Dublin ...pierdole
This document provides a risk assessment and method statement for installing a steel boardwalk along the Liffey River in Dublin. It identifies major risks such as falling, drowning, equipment hazards, and outlines control measures. The workforce of 6 includes a foreman, welder, operatives, and crane operator. Installation will involve demolishing an existing wall, lifting steel sections, and working at the river's edge where harnesses and life jackets are required.
Presentation. jkr lawatan IBS kilang HC Precast SystemTeow Beng Hur
IMPORTANT :
- Elements Required To Complete A Building
- Industrialised Building System ( IBS )
" is a system not a machine or component "
- Open System And Proprietary System Is A Technology
- Speed, Quality & Environment
- SEQUENCE OF WORK : 5 Steps & No Variation Order
- Step 1 : Drawing Conversion ( 2D to 3D )
- Step 2 : Mould Fabrication
- Step 3 : Production ( Decide by Client )
- Step 4 : Delivery ( Decide by Client )
- Step 5 : Installation Numbering ( Decide by Client )
Presentation. _ JKR Lawatan kilang HCPSTeow Beng Hur
This document provides information about a visit to an IBS factory, including the sequence of work for constructing a building using precast elements. The sequence involves 5 steps: 1) drawing conversion from 2D to 3D, 2) mould fabrication, 3) production which can be 7-9 units per day, 4) delivery through 4 options, and 5) installation in blocks. It emphasizes that IBS is a system, not individual machines, and discusses goals of speed, quality and reducing environmental impact through off-site precasting.
Cross Section Analysis And Design is a powerful application that can perform a wide range of cross section calculations, including the design of reinforced concrete sections. The given cross sections are built up of one or more geometric entities and can be drawn directly using the versatile featured user interface. The user can also import standard steel sections from a complete shape library according to all major codes (AISC, Australian-New Zealand, BS, Chinese, European, Indian, Aluminum etc.) There are no limitations regarding the shape, materials or loads of a section, since the program can handle any arbitrary cross section under biaxial bending and axial loads. Among its capabilities, Cross Section Analysis And Design can calculate all sectional properties, plot Moment – Curvature and Interaction diagrams, estimate the location of neutral axis under given sets of biaxial loads and plot the corresponding stress – strain diagrams as well as the resulting stress contours. The last -named items can also be calculated by providing the location of the neutral axis plane on the section. Moreover, the program fully complies with all major codes concerning reinforced concrete sections (AASHTO, UBC, AS 3600, IS 456, ACI 318, BS 8110, CSA A233, EC2, NZS 3101 and CP 65). The user can also perform a reinforcement design according to above listed codes, plot the matching interaction diagrams etc., or even check a given reinforcement amount for the specified load cases. The stress – strain curve of concrete, reinforcement and other materials is specified as per the defined Analysis Parameters Sets. Thus calculations can be performed for many design situations, such as Ultimate/Serviceability or custom defined Limit States, with an automatic adjustment of the material properties, safety factors etc. A large material library is also available according to almost all concrete/reinforcement material specifications. Apart from concrete and reinforcement materials, the user can specify custom linear, bilinear, trilinear parabolic or fully general materials.
This industrial training report summarizes the student's training at Simplex Infrastructures Ltd. It provides details of two residential construction projects - Godrej Prakriti Housing Complex III and describes the structures being built. Quality control procedures are outlined including material testing and ensuring specifications are met. Formwork designs, reinforcement details, and estimating quantities are discussed. Plant and machinery used on-site are listed. The report aims to impart the student's practical and theoretical engineering skills.
This industrial training report summarizes the student's training at Simplex Infrastructures Ltd. It provides details of two construction projects - Godrej Prakriti Housing Complex III and details of formwork, quality control measures, site execution, safety procedures, and plant & machinery used. The student gained exposure to various construction activities like formwork, concrete pouring, bar bending, and quality testing of materials. Safety of workers was ensured through use of personal protective equipment.
2. • Welcome, and thank you for taking
the time to view my portfolio.
• The Goal of this portfolio is to give
you a deeper insight into my
experiences and skills I have gained
over my recent history.
• It is my hope that this will allow you
to better assess how my skills can be
applied to your company.
• I would be happy to talk in more detail
and can be reached using the contact
information at the bottom of this page.
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
3. Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
Mechanical and Electrical
New product Development
Reversing Engineering
Engineering Changes (ECN/ECO)
Redraw Activity
Manufacturing Drawing Creation as per ASME Std
Documentation preparing /Quality checklist preparation
Prototype
Simulation (Testing)
Civil
Structural engineering
Construction drawings
Architectural services
Drafting
CAD services
2D and 3D rendering
Benchmarking
Automobile
Reverse engineering of Speedo meters
2D and 3D rendering
Manufacturing Drawing Creation as per ASME
Benchmarking
Simulation (Testing and Analysis)
CFD
FEA
Automobile component
Mechanical component
Electro Mechanical Component
Civil Structure
Brochure and logo
Logo creation
Photoshop work
E-manual
Attractive Rendering
What We Do
4. Content of Project- Mechanical
Iphone 5,6 mobile - Case 3D modelling created-Stl for 3D printing-Idan,New York
Galaxy Mobile case created-Stl for 3D printing-Idan, New York
Concept Design-Cable tension assembly created. David, London.
Concept Design-Tic tagg 3D model created-3D print-Kcc llc, New York.
Concept Boat design-“Riva 27 aquarama” boat created from images-Mark, USA.
Studium light Assembly design 3D model created-Nuno, USA
One hitter Bat 3D model created for 3D printing-Nuno, USA
Piping model 3D model Created.
Poultry Nesting boxes-Ryan, USA
Well head design 3D model created from Image. Siva, India
Cement factory design - 3D print – STL
Watch Design-3D model-Drawing-John-USA
Galaxy mobile cover – Mikel- Newyork
Electrical Equipment- William – UK
Octopus sheet metal equipment- KCC LCC- Australia
Award Statue- Sunny- Canada
Oven frame Structure Design-Smith-Newyork
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
38. Simulation (Testing and Analysis)
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39. Soccer Corner Post Impact Analysis
19-11-2016 Version : 01
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40. Soccer Corner Post
Objective
The objective of the simulation is to verify weather the proposed soccer post
design withstands the impact force of the soccer ball during impact.
Material Data:
The Material is considered to be PA6 with 30% GF and PA6 35%GF
Material Name
Density Young's Modulus
Poission Ratio
tonnes/mm3 MPa
PA6 30%GF 1.36E-09 9380 0.32
PA6 35%GF 1.36E-09 11400 0.32
Impact velocity:
The impact velocity is considered to be 126km/hr(35833.333mm/s), which is
taken from the internet.
This velocity considered is to be the worst case.
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41. Soccer Corner Post
Load Case:
• The ball is assumed to hit the bottom Corner post & the Top corner post,
which are simulated separately.
• Load case 1a: Bottom Post - PA6 30% GF
• Load case 1a: Bottom Post - PA6 35% GF
• Load case 2a: Top Post - PA6 30% GF
• Load case 2b: Top Post – PA6 35% GF
• Since the post is symmetry only left side of the post is tested by impacting the
ball. The other side say right will have the same scenario as of the left corner
posts.
• The initial velocity is taken as 35833.333mm/s (126km/hr)
• Results are plotted in the following slides.
Load case 1: Bottom Post Load case 2: Top Post
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42. Soccer Corner Post
Results Bottom Post
PA6 30% GF
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43. Soccer Corner Post
Behaviour Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
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44. Soccer Corner Post
Displacement Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
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45. Soccer Corner Post
vonMises stress Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Observation:
The stress in the corner post is higher than the material yield strength, there is a
possibility for the corner post to yield and have permanent deformation.
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46. Soccer Corner Post
Strain Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Observation:
The strain in the corner post is almost reached the material's % elongation, there
is a possibility for the corner post to break during repeated loading.
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47. Soccer Corner Post
Results Top Post
PA6 30% GF
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48. Soccer Corner Post
Behaviour Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
49. Soccer Corner Post
Displacement Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Observation:
The stress in the corner post is higher than the material yield strength, there is a
possibility for the corner post to yield and have permanent deformation.
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
50. Soccer Corner Post
vonMises stress Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
51. Soccer Corner Post
Strain Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Observation:
The strain in the corner post is almost reached the material's % elongation, there
is a possibility for the corner post to break during repeated loading.
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
52. Soccer Corner Post
Results Top Post
PA6 30% GF
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
53. Soccer Corner Post
Behaviour Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
54. Soccer Corner Post
Displacement Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
55. Soccer Corner Post
vonMises stress Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Observation:
The stress in the corner post is higher than the material yield strength, there is a
possibility for the corner post to yield and have permanent deformation.
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
56. Soccer Corner Post
Strain Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Observation:
The strain in the corner post is almost reached the material's % elongation, there
is a possibility for the corner post to break during repeated loading.
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
57. Soccer Corner Post
Results Top Post
PA6 35% GF
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
58. Soccer Corner Post
Behaviour Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
59. Soccer Corner Post
Displacement Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
60. Soccer Corner Post
vonMises stress Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Observation:
The stress in the corner post is higher than the material yield strength, there is a
possibility for the corner post to yield and have permanent deformation.
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
61. Soccer Corner Post
Strain Animation
The results shown here is the behaviour of the
post in millisecond after impact of the ball
Observation:
The strain in the corner post is almost reached the material's % elongation, there
is a possibility for the corner post to break during repeated loading.
Duework (Responsible Engineers)- dueworkresponsibleengineers@gmail.com
+91-9597387973
62. Now, I hope you understood What We do
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