CATIA Sheet Metal Wall on Edge | Flange = 4T + R | Theory + Practical Tutorial

🚀 CATIA SHEET METAL COMPLETE COURSE — BASIC TO ADVANCED Learn CATIA V5 Sheet Metal from fundamentals to advanced practical design with complete theoretical concepts, CATIA commands, manufacturing knowledge, and real-world sheet-metal applications. This playlist is designed to help you understand not only HOW to create sheet metal parts in CATIA, but also WHY specific thicknesses, bend radii, flange lengths, reliefs, bend allowances, and manufacturing rules are required. 📌 WHAT YOU WILL LEARN 🔹 SHEET METAL FUNDAMENTALS Sheet thickness (T) Inside bend radius (R) Bend angle Flange length Bend direction Inside / outside bend Bend allowance Bend deduction K-Factor Neutral axis Springback Flat pattern 🔹 BASIC CATIA SHEET METAL COMMANDS Sheet Metal Parameters Wall Wall on Edge Flange Bend Bend Relief Corner Relief Cut Hole Pattern Mirror Unfold Fold Unbend Bend Back 🔹 THEORETICAL + PRACTICAL CONCEPTS Every topic combines CATIA operation with engineering theory and practical design understanding. Example: Flange Length ≈ 4T + R Here: T = Sheet Thickness R = Inside Bend Radius Example: T = 2 mm, R = 2 mm Flange guideline ≈ 4(2) + 2 = 10 mm ⚠️ 4T + R is a commonly used design guideline. Actual minimum flange length depends on material, tooling, die opening, bending method, and manufacturer capability. 🔹 BEND & FLAT PATTERN THEORY Bend Allowance (BA) Bend Deduction (BD) K-Factor Neutral axis Bend radius Bend angle Springback Flat-pattern development Bend sequence 🔹 MANUFACTURING PROCESS Understand the complete workflow: CAD Design → Flat Pattern → CNC Laser/Punch Cutting → Deburring → Press Brake Bending → Inspection → Welding/Fastening → Surface Treatment → Final Assembly Manufacturing concepts covered include: Laser cutting CNC punching Press brake bending Punch and V-die Bend tooling Springback compensation Bend sequence Inspection Deburring Powder coating / painting 🔹 DESIGN FOR MANUFACTURING (DFM) Learn how to design sheet-metal parts that can actually be manufactured. Important checks: Minimum bend radius Minimum flange length Hole-to-bend distance Edge distance Bend relief Corner relief Sheet thickness Tool accessibility Bend sequence Flat-pattern accuracy Manufacturing limitations 🔹 ADVANCED SHEET METAL Multiple bends Complex flanges Advanced walls Bend/corner treatments Relief design Forming features Louvers Stamping concepts Complex fabricated parts Manufacturing-ready designs 🔹 REAL INDUSTRY APPLICATIONS Electrical enclosures Control panels Industrial cabinets Machine covers Mounting brackets Chassis Equipment panels HVAC components Automotive sheet-metal parts Fabricated machine components 🎯 LEARNING APPROACH Each tutorial focuses on: ✔ Theoretical concept ✔ CATIA command explanation ✔ Important parameters ✔ Step-by-step practical modeling ✔ Engineering calculations ✔ Manufacturing considerations ✔ Real-world application 👨‍💻 WHO SHOULD WATCH? CATIA beginners Mechanical Design Engineers Sheet Metal Designers Product Design Engineers Manufacturing Engineers CAD Designers Mechanical Engineering Students Master CATIA Sheet Metal from BASIC → ADVANCED with both THEORY + PRACTICAL knowledge and understand the complete journey from CAD design to manufacturing. CATIA Sheet Metal, CATIA V5 Sheet Metal, CATIA Sheet Metal Tutorial, CATIA Sheet Metal Course, CATIA Sheet Metal Complete Course, CATIA Wall, CATIA Wall on Edge, CATIA Flange, Sheet Metal Design, Sheet Metal Theory, Bend Radius, Sheet Thickness, Flange Length, 4T + R, Bend Allowance, Bend Deduction, K Factor, Neutral Axis, Springback, Flat Pattern, Press Brake Bending, Laser Cutting, CNC Punching, Sheet Metal Manufacturing, Design for Manufacturing, DFM, CATIA V5 Tutorial, Mechanical Design, Sheet Metal Engineering, CATIA Practical Tutorial Follow us on:- Solidworks Tutorial -   • Extrude Command in SolidWorks | Full Tutor...   CreoTutorial -   / playlist   list=PL0dJ1rWLndcFCZB3bIxSpcZ6Cur6WKhU7 Instagram -https://www.instagram.com/designmk_ca... Telegram -https://t.me/DesignMk_Cad