- 202
- 63 036
TRTC PATNA K K SINGH
India
เข้าร่วมเมื่อ 4 ก.ย. 2021
About Me:
Name: Krishna Kumar Singh
Qualification: B.SC Engineering (Branch:- Mechanical)
Experience: 20 Years
Profession: Sr. Engineer (Design)
Specialization: CAD/CAM/CAE
My TH-cam channel serves as a comprehensive library catering to both students and working professionals seeking to enhance their knowledge in various fields such as CAD/CAM/CAE, IT, AI, Coding, Data Science, and more.
CAD Software: AutoCAD, CATIA V5/V6, Inventor, SolidWorks, NX CAD (UG NX / Unigraphics)
CAE Tools: ANSYS Mechanical APDL (ANSYS Classic), ANSYS Workbench, ANSYS ICEM CFD & Fluent/CFX, Hypermesh, RADIOSS, OptiStruct.
Expert Sessions: Industry and academic experts conduct online sessions covering topics like Drawing Reading, GD&T, Basics of Engineering Design & Materials, and Soft Skills.
The channel encompasses a wide array of Engineering & Technology subfields, including but not limited to:
Mechanical, Aerospace, Aeronautical, Production, Mechatronics, Tool & Die Making and Civil Engineering.
Name: Krishna Kumar Singh
Qualification: B.SC Engineering (Branch:- Mechanical)
Experience: 20 Years
Profession: Sr. Engineer (Design)
Specialization: CAD/CAM/CAE
My TH-cam channel serves as a comprehensive library catering to both students and working professionals seeking to enhance their knowledge in various fields such as CAD/CAM/CAE, IT, AI, Coding, Data Science, and more.
CAD Software: AutoCAD, CATIA V5/V6, Inventor, SolidWorks, NX CAD (UG NX / Unigraphics)
CAE Tools: ANSYS Mechanical APDL (ANSYS Classic), ANSYS Workbench, ANSYS ICEM CFD & Fluent/CFX, Hypermesh, RADIOSS, OptiStruct.
Expert Sessions: Industry and academic experts conduct online sessions covering topics like Drawing Reading, GD&T, Basics of Engineering Design & Materials, and Soft Skills.
The channel encompasses a wide array of Engineering & Technology subfields, including but not limited to:
Mechanical, Aerospace, Aeronautical, Production, Mechatronics, Tool & Die Making and Civil Engineering.
Applications of CNC Machine
Applications of CNC Machining Across Industries | CNC Technology
🚀 CNC Machining is a highly versatile and cost-effective manufacturing process that is compatible with a wide range of materials. It is used across multiple industries for various applications, including direct manufacturing, indirect manufacturing, and hybrid processes.
🔧 CNC Machines help manufacturers produce precision components in Aerospace, Automotive, Consumer Electronics, Defense, Healthcare, Oil & Gas, and many more sectors. From aircraft parts to surgical tools, CNC machining plays a crucial role in modern industry.
🌍 Key Industries Using CNC Machining:
1️⃣ Aerospace Industry ✈️
Precision machining of engine mounts, fuel flow components, landing gear, and access panels for safety-critical applications.
CNC ensures high accuracy and a range of compatible engineering metals for aerospace needs.
2️⃣ Automotive Industry 🚗
Used in prototyping & production for gearboxes, axles, dashboard panels, and fuel system components.
CNC machines allow for quick turnaround and custom replacement parts.
3️⃣ Consumer Electronics 📱💻
CNC machining aids in creating laptop chassis (MacBook aluminum body), PCBs, housings, and fixture components.
Used for high-precision electronic enclosures and components.
4️⃣ Defense Industry 🛡️
CNC machining is vital for rugged and reliable military components that must endure extreme conditions.
On-demand replacement and upgraded parts make CNC ideal for defense applications.
5️⃣ Healthcare Industry 🏥
Used for surgical instruments, orthopedic implants, orthotics, and electronic enclosures.
CNC machining provides high precision and biocompatible materials.
6️⃣ Oil & Gas Industry ⛽
Produces pistons, cylinders, rod pins, and valves with tight tolerances required for pipelines and refineries.
CNC machining ensures corrosion-resistant metals like Aluminum 5052 for extreme environments.
Learning Outcomes of CNC Machining Applications in Industries
Understanding CNC Machining as a Manufacturing Process
Explain CNC Machining as a versatile and cost-effective process compatible with various materials.
Differentiate between direct, indirect, and hybrid manufacturing using CNC machines.
Industry-Specific Applications of CNC Machining
Recognize how CNC machining supports multiple industries by creating high-precision components.
Aerospace Industry Applications
Describe how CNC machining ensures high-precision metal aircraft components for safety-critical applications.
Identify key aerospace components such as engine mounts, landing gear parts, and fuel flow systems.
Automotive Industry Applications
Explain how CNC machining is used in prototyping, mass production, and custom automotive parts.
List CNC-manufactured automotive parts, including gearboxes, axles, dashboard panels, and valves.
Consumer Electronics Industry Applications
Understand the role of CNC in prototyping and production of consumer electronic devices like laptops and smartphones.
Explain how PCBs, housings, and jigs are manufactured using CNC technology.
Defense Industry Applications
Evaluate the importance of CNC in manufacturing rugged and reliable military components.
Recognize the use of CNC for on-demand replacement parts and security-sensitive innovations.
Healthcare Industry Applications
Explain how CNC machining is essential for custom medical devices, surgical tools, and implants.
Understand the need for tight tolerances in medical machining.
Oil & Gas Industry Applications
Recognize the importance of precision machining for oil and gas components like piston cylinders and valves.
Understand the need for corrosion-resistant materials like Aluminum 5052 in CNC machining.
Advantages of CNC Machining Across Industries
Identify the high accuracy, fast turnaround time, and material flexibility of CNC machining.
Understand why CNC is the preferred choice for manufacturing across diverse industries.
💡 Why CNC Machining?
✅ High precision & repeatability
✅ Compatible with a variety of metals & plastics
✅ Fast turnaround & cost-effective production
✅ Ideal for prototyping and mass production
✅ Supports industries requiring tight tolerances & custom parts
📢 Like, Comment & Share if you found this useful!
🚀 CNC Machining is a highly versatile and cost-effective manufacturing process that is compatible with a wide range of materials. It is used across multiple industries for various applications, including direct manufacturing, indirect manufacturing, and hybrid processes.
🔧 CNC Machines help manufacturers produce precision components in Aerospace, Automotive, Consumer Electronics, Defense, Healthcare, Oil & Gas, and many more sectors. From aircraft parts to surgical tools, CNC machining plays a crucial role in modern industry.
🌍 Key Industries Using CNC Machining:
1️⃣ Aerospace Industry ✈️
Precision machining of engine mounts, fuel flow components, landing gear, and access panels for safety-critical applications.
CNC ensures high accuracy and a range of compatible engineering metals for aerospace needs.
2️⃣ Automotive Industry 🚗
Used in prototyping & production for gearboxes, axles, dashboard panels, and fuel system components.
CNC machines allow for quick turnaround and custom replacement parts.
3️⃣ Consumer Electronics 📱💻
CNC machining aids in creating laptop chassis (MacBook aluminum body), PCBs, housings, and fixture components.
Used for high-precision electronic enclosures and components.
4️⃣ Defense Industry 🛡️
CNC machining is vital for rugged and reliable military components that must endure extreme conditions.
On-demand replacement and upgraded parts make CNC ideal for defense applications.
5️⃣ Healthcare Industry 🏥
Used for surgical instruments, orthopedic implants, orthotics, and electronic enclosures.
CNC machining provides high precision and biocompatible materials.
6️⃣ Oil & Gas Industry ⛽
Produces pistons, cylinders, rod pins, and valves with tight tolerances required for pipelines and refineries.
CNC machining ensures corrosion-resistant metals like Aluminum 5052 for extreme environments.
Learning Outcomes of CNC Machining Applications in Industries
Understanding CNC Machining as a Manufacturing Process
Explain CNC Machining as a versatile and cost-effective process compatible with various materials.
Differentiate between direct, indirect, and hybrid manufacturing using CNC machines.
Industry-Specific Applications of CNC Machining
Recognize how CNC machining supports multiple industries by creating high-precision components.
Aerospace Industry Applications
Describe how CNC machining ensures high-precision metal aircraft components for safety-critical applications.
Identify key aerospace components such as engine mounts, landing gear parts, and fuel flow systems.
Automotive Industry Applications
Explain how CNC machining is used in prototyping, mass production, and custom automotive parts.
List CNC-manufactured automotive parts, including gearboxes, axles, dashboard panels, and valves.
Consumer Electronics Industry Applications
Understand the role of CNC in prototyping and production of consumer electronic devices like laptops and smartphones.
Explain how PCBs, housings, and jigs are manufactured using CNC technology.
Defense Industry Applications
Evaluate the importance of CNC in manufacturing rugged and reliable military components.
Recognize the use of CNC for on-demand replacement parts and security-sensitive innovations.
Healthcare Industry Applications
Explain how CNC machining is essential for custom medical devices, surgical tools, and implants.
Understand the need for tight tolerances in medical machining.
Oil & Gas Industry Applications
Recognize the importance of precision machining for oil and gas components like piston cylinders and valves.
Understand the need for corrosion-resistant materials like Aluminum 5052 in CNC machining.
Advantages of CNC Machining Across Industries
Identify the high accuracy, fast turnaround time, and material flexibility of CNC machining.
Understand why CNC is the preferred choice for manufacturing across diverse industries.
💡 Why CNC Machining?
✅ High precision & repeatability
✅ Compatible with a variety of metals & plastics
✅ Fast turnaround & cost-effective production
✅ Ideal for prototyping and mass production
✅ Supports industries requiring tight tolerances & custom parts
📢 Like, Comment & Share if you found this useful!
มุมมอง: 360
วีดีโอ
CNC Programming: Writing, Understanding, and Executing G-Code - Lecture 09
มุมมอง 50วันที่ผ่านมา
Welcome to Krishna Kumar Singh's TH-cam channel, where we make CNC programming and machining concepts simple, practical, and easy to understand. Whether you're a beginner or looking to refine your skills, this channel offers comprehensive tutorials on CNC programming, G-codes, M-codes, and practical machining techniques. In our lessons, you'll learn how to write and execute CNC programs step-by...
CNC Programming: Absolute & Incremental Mode with Turning Example - Lecture 08
มุมมอง 93หลายเดือนก่อน
In this video, we dive into Basic CNC Programming using Absolute Mode (G90) for a turning operation. Learn how to write a CNC program step-by-step for a product with a defined geometry. Understand the Cartesian coordinate system, workpiece dimensions, and tool movement. Explore the use of key G-codes and M-codes like G00, G01, G90, G28, M03, M08, and more. Compare Absolute Mode (G90) with Incre...
How to Write a CNC Programme - Lecture 07
มุมมอง 386หลายเดือนก่อน
Master the art of CNC programming with this detailed and simplified guide! In this lecture, we break down the process of writing a basic CNC program into easy-to-follow steps, starting from assigning program numbers to finalizing the program with proper commands. Learn about sequence numbers, tool selection, spindle setup, coolant activation, interpolation, and program termination. Perfect for ...
CNC Programming Format: G Codes, M Codes & Coordinate Systems - Lecture 06
มุมมอง 399หลายเดือนก่อน
Unlock the secrets of CNC programming with this comprehensive guide! In this video, we delve into the basics of G Codes, M Codes, and their roles in CNC machining. Learn how coordinate systems like Cartesian systems are applied in programming CNC machines. Understand groups of G codes for movement and operations, M codes for controlling machine functions, and the significance of absolute and in...
CNC programming Format, G Code, M Code Step-by-Step
มุมมอง 6532 หลายเดือนก่อน
Learn about CNC programming format, G Code, M Code Step-by-Step Outcomes of the Lecture: By the end of this lecture, participants will be able to: 1. Numerical control of machine tools, 2. Types of CNC Machines, 3. CNC - Computer Numerical Control System, 4. Components of CNC Machine, 5. Point to point CNC Machines, 6. Incremental & absolute CNC Machines, 7. Open & close control loop CNC Machin...
Basic CNC Turning Programming in Incremental Mode | Step-by-Step Guide with Example - Lecture 21
มุมมอง 3283 หลายเดือนก่อน
In this video, we explore the fundamentals of CNC Turning Programming using Incremental Mode. This step-by-step lecture covers every essential aspect, from setting program numbers and tool positioning to executing precise taper cuts and linear interpolations. Using a practical example, we guide you through each line of code, including G-codes like G91 for Incremental Mode and M03 for spindle co...
How to Write a Simple and Precise CNC Turning Programme | Step-by-Step Guide - Lecture 20
มุมมอง 3523 หลายเดือนก่อน
In this detailed lecture, we walk through the most straightforward and accurate way to write a CNC program using absolute mode. From assigning program and sequence numbers to setting tool offsets, spindle speed, and coolant, this guide covers everything you need to know. Learn how to select the machine's home position, understand G-codes like G90, G91, and M03, and ensure smooth tool movements ...
CNC Programming Format, G Code, M Code & Cartesian Coordinate System - Lecture 19
มุมมอง 4593 หลายเดือนก่อน
Welcome to our comprehensive video on CNC Programming Format! This video covers the one address CNC programming system, which utilizes G codes and M codes to control machine operations efficiently. We explain how programming information flows from part prints to machine components like servos, relays, and switches. Learn about absolute (G90) vs incremental (G91) programming and explore how Cart...
Open and Closed-Loop Systems in CNC Machines & Axis-Based CNC Machine Classification - Lecture 18
มุมมอง 1894 หลายเดือนก่อน
In this video, we dive deep into the fundamental concepts of CNC machining, focusing on the open-loop and closed-loop control systems. Learn how stepper motors in open-loop systems control movement in CNC machines and explore the feedback mechanism of closed-loop systems that ensures precision. We'll also discuss axis-based classifications, including two-axis and three-axis CNC machines, and th...
CNC Programming: Basics, Techniques, and Industry Applications - Lecture 17
มุมมอง 2954 หลายเดือนก่อน
Welcome to the comprehensive course on learning the basics of CNC programming! In this course, we will explore the essentials of CNC programming, the various types of CNC machines, and why gaining expertise in this field is crucial in today’s manufacturing industry. With a growing demand for skilled CNC machinists and programmers, this course covers everything from G-code and M-code programming...
Concept of Stress, Stress Tensor, Principal Stresses & Planes | Strength of Materials - Lect. 04 Hi
มุมมอง 544 หลายเดือนก่อน
Lecture - 04: Concept of Stress - Hindi In this lecture, we dive deep into the foundational concepts of stress in materials. Starting from the basic definition, we'll explore the components of stress, including normal and shear stress. We will also introduce the stress tensor and its symmetry, explain complementary shear, and break down the concepts of principal stresses and principal planes. T...
Concept of Stress, Stress Tensor, Principal Stresses & Planes | Strength of Materials - Lecture 04
มุมมอง 1104 หลายเดือนก่อน
Lecture - 04: Concept of Stress In this lecture, we dive deep into the foundational concepts of stress in materials. Starting from the basic definition, we'll explore the components of stress, including normal and shear stress. We will also introduce the stress tensor and its symmetry, explain complementary shear, and break down the concepts of principal stresses and principal planes. This lect...
Method of Sections - Internal Forces & Equilibrium | Strength of Materials - Lecture 03 - Hindi
มุมมอง 444 หลายเดือนก่อน
In this lecture, we dive deep into the Method of Sections, a powerful tool for analyzing internal forces in a body under static equilibrium. We'll explore the d’Alembert’s principle, cutting a body into parts, and determining internal forces like normal force, shear force, bending moments, and torsion. Through detailed explanations and equations of equilibrium, this lesson simplifies the comple...
Method of Sections - Internal Forces & Equilibrium | Strength of Materials Explained - Lecture 03
มุมมอง 1294 หลายเดือนก่อน
In this lecture, we dive deep into the Method of Sections, a powerful tool for analyzing internal forces in a body under static equilibrium. We'll explore the d’Alembert’s principle, cutting a body into parts, and determining internal forces like normal force, shear force, bending moments, and torsion. Through detailed explanations and equations of equilibrium, this lesson simplifies the comple...
Internal Forces in Strength of Materials | Molecular Interactions Explained - Lecture 02 in Hindi
มุมมอง 444 หลายเดือนก่อน
Internal Forces in Strength of Materials | Molecular Interactions Explained - Lecture 02 in Hindi
Internal Forces in Strength of Materials | Molecular Interactions Explained - Lecture 02
มุมมอง 1724 หลายเดือนก่อน
Internal Forces in Strength of Materials | Molecular Interactions Explained - Lecture 02
Introduction & Fundamental Concepts of Strength of Materials - Lecture 01 - Hindi
มุมมอง 525 หลายเดือนก่อน
Introduction & Fundamental Concepts of Strength of Materials - Lecture 01 - Hindi
Introduction & Fundamental Concepts of Strength of Materials - Lecture 01
มุมมอง 3925 หลายเดือนก่อน
Introduction & Fundamental Concepts of Strength of Materials - Lecture 01
CNC Titanium Machining: Cutting Tools, Methods, and Programming - Lecture 16
มุมมอง 705 หลายเดือนก่อน
CNC Titanium Machining: Cutting Tools, Methods, and Programming - Lecture 16
Complete Guide to Drill Bits, Taps, Threads & Tool Holding Systems - Lecture 15
มุมมอง 585 หลายเดือนก่อน
Complete Guide to Drill Bits, Taps, Threads & Tool Holding Systems - Lecture 15
Milling Tools: Solid vs. Inserted Cutters | Parameters, Types & Techniques Explained - Lecture - 14
มุมมอง 465 หลายเดือนก่อน
Milling Tools: Solid vs. Inserted Cutters | Parameters, Types & Techniques Explained - Lecture - 14
Standard Turning Holders for CNC Lathe - Coding and Applications - Lecture 13
มุมมอง 335 หลายเดือนก่อน
Standard Turning Holders for CNC Lathe - Coding and Applications - Lecture 13
CNC Machines - Cutting tools materials and Standard turning insert coding standard- Lecture - 12
มุมมอง 355 หลายเดือนก่อน
CNC Machines - Cutting tools materials and Standard turning insert coding standard- Lecture - 12
How to choose cutting tools for CNC machines - Introduction and Machining Overview - Lecture - 11
มุมมอง 335 หลายเดือนก่อน
How to choose cutting tools for CNC machines - Introduction and Machining Overview - Lecture - 11
How to Master CNC Operations: From Operator to CNC Setter in 3 Months | Step-by-Step Guide - Lect.10
มุมมอง 1085 หลายเดือนก่อน
How to Master CNC Operations: From Operator to CNC Setter in 3 Months | Step-by-Step Guide - Lect.10
How to Use Vernier Caliper & Micrometer: Precise Measurements - Lecture 09
มุมมอง 1055 หลายเดือนก่อน
How to Use Vernier Caliper & Micrometer: Precise Measurements - Lecture 09
CNC Tool Selection: Insert and Tool Holder Selection, Failures & Remedies Job Setting
มุมมอง 585 หลายเดือนก่อน
CNC Tool Selection: Insert and Tool Holder Selection, Failures & Remedies Job Setting
Mastering CNC Machine Job Setting: Jaw Setting, Boring, and Offsets | Fanuc & Siemens Tutorial - 07
มุมมอง 765 หลายเดือนก่อน
Mastering CNC Machine Job Setting: Jaw Setting, Boring, and Offsets | Fanuc & Siemens Tutorial - 07
How to set work offset - Fanuc and Siemens controller - Hindi - Lecture 06
มุมมอง 725 หลายเดือนก่อน
How to set work offset - Fanuc and Siemens controller - Hindi - Lecture 06
very interesting 📡
CNC (Computer Numerical Control) मशीन एक ऑटोमेटेड मशीन होती है, जो कंप्यूटर प्रोग्रामिंग के ज़रिए किसी वर्कपीस को कट, ड्रिल, मिलिंग, टर्निंग आदि प्रोसेस के लिए कंट्रोल करती है। यह मशीनें परंपरागत मैनुअल मशीनों की तुलना में अधिक सटीक, तेज़ और कुशल होती हैं। CNC मशीन के प्रकार 1. CNC मिलिंग मशीन - इसमें कटिंग टूल को वर्कपीस पर मूव करके शेप दिया जाता है। 2. CNC लेथ मशीन - यह वर्कपीस को घुमाकर कटिंग टूल से शेप देती है, खासकर सिलेंड्रिकल ऑब्जेक्ट के लिए। 3. CNC प्लाज्मा कटिंग मशीन - धातु को काटने के लिए हाई-टेम्परेचर प्लाज्मा का उपयोग करती है। 4. CNC EDM (Electrical Discharge Machine) - धातु की सतह को इलेक्ट्रिकल डिस्चार्ज से हटाती है। 5. CNC ग्राइंडर - सतह को स्मूथ और फिनिशिंग के लिए ग्राइंडिंग प्रोसेस करती है। 6. CNC राउटर - वुड, प्लास्टिक और कंपोज़िट मटेरियल के लिए इस्तेमाल होती है। CNC मशीन के फायदे ✅ उच्च सटीकता (High Precision) ✅ तेज़ प्रोडक्शन रेट ✅ कम वेस्टेज और अधिक एफिशिएंसी ✅ ऑटोमेशन, जिससे कम मैनुअल इंटरवेंशन की जरूरत पड़ती है ✅ एक जैसी क्वालिटी हर बार सुनिश्चित होती है CNC मशीन कैसे काम करती है? 1. CAD मॉडल बनाना - पहले वर्कपीस का डिज़ाइन CAD (AutoCAD, SolidWorks) में तैयार किया जाता है। 2. CAM सॉफ्टवेयर से G-code बनाना - डिज़ाइन को CNC मशीन समझने लायक कोड (G-Code & M-Code) में बदला जाता है। 3. CNC मशीन में कोड लोड करना - इस प्रोग्राम को मशीन में इनपुट दिया जाता है। 4. मशीन ऑपरेशन - मशीन ऑटोमेटेड तरीके से वर्कपीस पर काम शुरू कर देती है।
very informative video ✍️📡
Very helpful thank you sir 🎉🎉
Thank you sir
AutoCAD Electrical offline mode me TRTC patna me sikhna hai Any contact details
Thank you sir ❤🎉
I truly appreciate your support. As a teacher, it’s always my aim to deliver clear, practical, and insightful knowledge to help learners grow. Stay tuned for more such videos, and feel free to share any topics you'd like me to cover. Your feedback motivates me to keep improving.
Thank you sir .
Share its own groups.
Very useful video
Share its own groups
Nice lesson plan ❤❤
Share its own groups
Very nice Explanation Jeetendra Sir# Engineering Drawing
Thanks 👆
share its own groups
whats with the playback speed?
If any issues regarding playback speed and you watch more faster then use play back speed 1.25 provided in setting, thanks for
Mukesh 😅 ambani
Thank you sir
Thanks sir for this lecture. I am an electronics engineering student but I am interested in CNC programming. ❤❤❤
🎉🎉
❤❤
Thank you for this
??
Machine sound (AI sound) se badhiya apna voice sound se bnayen ya koii badhiya AI Sound select kren
Thank you for your reply! I understand that the background noise is an issue due to the environment. That's why I’ve used an AI-generated voice for this time, but I’ll definitely try to use my own voice in future videos. In the meantime, if you prefer, I can either improve the AI voice or select a better-sounding AI option for a smoother experience. I kindly request you to share my classes with your groups and encourage others to subscribe to my TH-cam channel. Your support helps me reach more learners and continue creating valuable content. Thank you for your continued support! Regards! Krishna Kumar Singh
well-done
Good 👍
Thanks a lot Sir.. Appreciate your willingness to share the Knowledge
Kindly share my youtube channel link for the engineering community for build up the career @KKMSME or th-cam.com/play/PL5wNOsyDR0trEXrJwALOZpFEofTXLp_fs.html
Sala chor hai yea😂
md sharfaraz
Thank you so much for your support and encouragement! I'm thrilled to hear that you found the content valuable for your career. Your support helps the community grow, and I'm committed to providing more insightful content.
Sir machine design ka topic leke aaye please
ok Very Soon
✍शिक्षा से बड़ा कोई वरदान नहीं है गुरु का आशीर्वाद मिले 😍 इससे बड़ा कोई सम्मान नहीं है💙 𝐇𝐀𝐏𝐏𝐘 𝐓𝐄𝐀𝐂𝐇𝐄𝐑'𝐒 𝐃𝐀𝐘 SIR 🙏🙏🙏
Thanks
TRTC me gulshan sir best teachers hai 🙏🙏🙏🙏🙏🙏
Help full video
Nice sur
Admission process
Super sir G✨
Super sir
Nice sir 🎉🎉
आपके समर्थन और प्रोत्साहन के लिए बहुत बहुत धन्यवाद! मैं यह सुनकर रोमांचित हूं कि आपको यह सामग्री आपके करियर के लिए मूल्यवान लगी। मेरा चैनल विज्ञान और प्रौद्योगिकी के दायरे में विषयों की एक विस्तृत श्रृंखला को कवर करता है, जो विभिन्न उद्योगों में उपयोग किए जाने वाले डिजाइन, विनिर्माण और उपकरणों पर प्रकाश डालता है। चाहे आप एक छात्र हों जो कार्यबल में प्रवेश करना चाहते हों या एक अनुभवी पेशेवर हों जो अपनी कुशलता बढ़ाना चाहते हों, आपको यहां मूल्यवान संसाधन और मार्गदर्शन मिलेगा।
Thank you sir ji 🙏🙏🙏🙏
thanks sir, very use full video
Thank you so much for your encouraging feedback! I'm thrilled to hear that you've been enjoying the lectures . Your support means a lot to me, and it's comments like yours that inspire me to keep creating content. Please feel free to share my TH-cam Lecture with your own friend group.
Thanks for the very detailed information, sir. Do we use any standards (like Iso, ANSI) for Interior trims ?
Using ISO and ANSI standards for interior trim design in CATIA involves several steps. Here's a general guideline on how to incorporate these standards into your design process: 1. Understanding the Standards: • ISO (International Organization for Standardization): These are international standards that cover a wide range of industries and sectors, ensuring quality, safety, and efficiency. • ANSI (American National Standards Institute): These standards are primarily used in the United States and cover various engineering and technical practices. 2. Accessing Standards: Ensure you have access to the relevant ISO and ANSI standards for interior trim design. These documents will provide specifications, guidelines, and requirements that must be adhered to. 3. Setting Up CATIA: CATIA (Computer-Aided Three-dimensional Interactive Application) is a multi-platform CAD/CAM/CAE software suite developed by Dassault Systèmes. Here’s how to set it up for using ISO and ANSI standards: a. Configure Units and Standards: • Open CATIA. • Go to Tools > Options. • In the Options dialog box, navigate to Parameters and Measure > Units to set the units according to the standards you are using (e.g., millimeters for ISO, inches for ANSI). b. Use Standard Parts: • Use the Catalog Editor to create or import standard parts that conform to ISO or ANSI specifications. • You can find standard parts libraries online or through CAD libraries provided by component manufacturers. c. Templates and Parameters: • Create templates that incorporate the standard practices. These templates can include standard dimensions, tolerances, and material specifications. • Define parameters and constraints that align with the ISO or ANSI standards. 4. Designing Interior Trim: • When designing interior trim components, such as panels, moldings, and trims, follow the guidelines provided by the standards for dimensions, tolerances, material properties, and safety requirements. • Use CATIA’s design tools to model the parts accurately. Utilize features like Part Design, Generative Shape Design, and Assembly Design to create complex geometries and assemblies. 5. Verification and Validation: • Use CATIA’s simulation and analysis tools to verify that the design meets the required standards. This might include stress analysis, thermal analysis, and ergonomics checks. • Ensure that all dimensions, tolerances, and material specifications are in compliance with the ISO or ANSI standards. 6. Documentation and Reporting: • Generate detailed drawings and documentation that comply with the standards. Use the Drafting workbench in CATIA to create 2D drawings with all necessary annotations and dimensions. • Ensure that all documentation reflects the adherence to ISO or ANSI standards, making it easier for manufacturing and quality assurance processes. Example Process: 1. Create a New Part: o Open CATIA and create a new part file. o Set the units according to the standard you are following. 2. Design the Trim Component: o Use the Sketcher and Part Design workbenches to model the interior trim component. o Apply the appropriate dimensions and constraints as per the standards. 3. Assembly: o Assemble the trim components using the Assembly Design workbench. o Ensure proper fit and alignment as per the standard guidelines. 4. Analysis: o Perform structural and ergonomic analysis using CATIA’s simulation tools. 5. Documentation: o Create 2D drawings and ensure all dimensions, tolerances, and annotations comply with the standards.
@@KKMSME very thanks sir
Very nice information sir 🎉
Hii sir I am kathiresan I want a Resume format sir can you please help to built resume sir
Yes
Very nice information sir regarding cnc machine thanku ❤
sir can you share dump bodies for practice
Nice video sir but video provide in Hindi language
th-cam.com/play/PL5wNOsyDR0tpXwpWcgponjfu0PYKFsyHj.html
Very informative videos thanks for sharing, please keep posting the videos like this, and Expecting more videos about Trims Sir..
Thank you so much for your encouraging feedback! Your support means a lot to me, and it's comments like yours that inspire me to keep creating content. I appreciate your support. Please feel free to share my TH-cam link with your own friend group. Additionally, consider checking out another link for further career growth opportunities. Another link: - Gas Turbine Engine Compressor Blade Design dimension link: - drive.google.com/file/d/1eXLfhnxBYV2Qsnaq-Wq5BW902xGR729Z/view?usp=sharing
Sir, please continue to make lecture on plastic trim designing.
Thank you so much for your encouraging feedback! I'm thrilled to hear that you've been enjoying the lectures on plastic trim designing. Your support means a lot to me, and it's comments like yours that inspire me to keep creating content. I'm already planning more lectures on this topic, so stay tuned! If there are specific aspects of plastic trim designing, you'd like me to cover or any questions you have, please feel free to let me know. Your input helps me tailor the content to what you find most valuable. Thanks again for reaching out and being part of our community of learners. I look forward to sharing more insights and knowledge with you in future videos. I appreciate your support. Please feel free to share my TH-cam link with your own friend group. Additionally, consider checking out another link for further career growth opportunities. Another link: - th-cam.com/video/gUJ435Xz5no/w-d-xo.htmlsi=LvlglL3HM63nATPy Gas Turbine Engine Compressor Blade Design in CATIA, Gas Turbine Engine Compressor Blade Design dimension link: - drive.google.com/file/d/1eXLfhnxBYV2Qsnaq-Wq5BW902xGR729Z/view?usp=sharing
@@KKMSME absolutely great learning experience from your You tube channel.
@@KKMSMEhello.
I am waiting for your next lecture for the same domain.
Can anyone do two courses at a time ie inplant industrial training internships and anyone courses. please reply
Yes
Excellent explanation, sir. Please let me know the cost of the design course .and how can get the same
Can you please explain the pipeline data path
The term "pipeline data path" can refer to various contexts, such as computer architecture, data processing systems, or software development workflows.
Thank you 🙏🏻
Thank you so much for your support and encouragement! I'm thrilled to hear that you found the content valuable for your career. I appreciate your suggestion to share the TH-cam channel with friends and groups. It means a lot to me. Your support helps the community grow, and I'm committed to providing more insightful content. If you have any specific topics or questions, you'd like covered, feel free to let me know. Thanks again, and looking forward to your continued engagement!
हम लोग पहले बैच में छुट गये थे दूसरा बैच किस दिन से चालू होगा जो हम लोग आकर ट्रेनिंग कर सके क्योंकि हम लोगों का लिस्ट में नाम था किसी स्वस्थ वजह से नहीं पहुंच पाए
sir I am having 2 of designing experience in furniture industries. I have descent surfacing modelling skill in solidworks, will this experoience helps me in OEM industry.??
Thank you so much sir ☺️ waiting for next sessions.
Thank you so much for your support and encouragement! I'm thrilled to hear that you found the content valuable for your career. I appreciate your suggestion to share the TH-cam channel with friends and groups. It means a lot to me. Your support helps the community grow, and I'm committed to providing more insightful content. If you have any specific topics or questions you'd like covered, feel free to let me know. Thanks again, and looking forward to your continued engagement!
Very informative videos for beginners of catia which wants to learn and grow from basics. This type of fundamental knowledge will definitely helps money the guys. I would like to telling you sir, please update and upload with some modifications like voice and language then it will be helpful us and equally to grow your channel. I earg gratitude from my side for your such a nice efforts. Thank you very much.
Thank you for your compliment on the AI-generated voice! I appreciate your support. Please feel free to share my TH-cam link with your own friend group. Additionally, consider checking out another playlist for further career growth opportunities. Playlist link: - Engineering Drawing th-cam.com/play/PL5wNOsyDR0tpFPUQTLdMZDpVy_dfznaqs.html&si=iScg7W6X9jtKBmxV AutoCAD 2D & 3D Training for Mechanical / Civil 3D & Architectures: - th-cam.com/play/PL5wNOsyDR0tqJp9k6wk7V-giK8aMXdjt8.html&si=bcfv4PDTYqhzSfbF etc.
@@KKMSME Great..
@@johnjoseph6634 Thank you so much for your support and encouragement! I'm thrilled to hear that you found the content valuable for your career.