Engineering Blog
Technical articles on beam deflection, metal weight, steel vs aluminum, moment of inertia, and material selection. For engineers, fabricators, and students.
English
- ANSI B4.1 vs ISO 286: Fit Class Equivalents (RC3 = H7/f6, LN2 = H7/p6, FN2 = H7/s6)
- IPE Beam Load Capacity Table: How Much Can an IPE Carry per Span?
- Pipe Schedule Chart Explained: SCH 10, 40, 80, 160 and XXS (NPS vs DN, Wall, Weight)
- Rebar Size Chart: Diameter, Weight & Area (US #3–#18 vs Metric Ø6–Ø40)
- HSS vs SHS/RHS: American and European Tube Sizes Explained
- C-Channel Sizes: How to Read the Chart (And When to Use One)
- W-Beam Sizes Explained: How to Read a W8x31 (Complete Chart)
- SHS vs RHS vs CHS: Which Hollow Section Should You Use?
- How to Cut Steel Bars With Minimal Waste (Cutting Stock 101)
- Powder Coating Cost: Per m² and Per kg Explained
- How Much Does a Steel Flange Weigh? Formula and Calculator
- How to Open a DXF File Without AutoCAD (Free Online Viewer)
- IPE vs HEA vs HEB: How to Choose the Right Steel Beam
- What Size Steel Beam Do I Need? A Quick Span Guide
- How to Open an STL File Without CAD (Free Online Viewer)
- How to Calculate Welding Cost per Meter (MIG, TIG, Stick)
- Sheet Metal Gauge to mm Conversion (Steel, Galvanized, Stainless, Aluminum)
- Bend Allowance, Bend Deduction & K-Factor Explained
- Press Brake Tonnage Chart: How to Calculate Bending Force
- Why Aluminum Prices Are Rising: LME Supply Chain Factors Explained for Buyers
- Round vs Rectangular Tubes: Understanding Metal Deflection
- Brass and Bronze: Technical Properties and Industrial Applications
- Types of Steel: Advantages and Disadvantages in Bending, Welding, and Machining
- Metal Prices in 2026: What Industrial Buyers Need to Know
- Stainless Steel Grades Explained: 304, 316, and Beyond
- Cantilever vs Simply Supported Beams: Design Considerations
- Understanding Moment of Inertia in Structural Design
- How to Calculate Metal Weight: Formulas and Examples
- Steel vs Aluminum: Choosing the Right Material for Your Project
- Understanding Steel Beam Deflection: A Complete Guide
- I-Beam vs H-Beam: The Real Differences, With Numbers
Deutsch
- ANSI B4.1 vs ISO 286: Passungsklassen im Vergleich (RC3 = H7/f6, LN2 = H7/p6, FN2 = H7/s6)
- IPE-Träger Traglast-Tabelle: Wie viel trägt ein IPE je Spannweite?
- Rohr-Schedule-Tabelle erklärt: SCH 10, 40, 80, 160 und XXS (NPS, DN, Wanddicke, Gewicht)
- Betonstahl-Tabelle: Durchmesser, Gewicht, Querschnitt — und was ein #5 in Millimetern ist
- HSS vs. SHS/RHS: Amerikanische und europäische Hohlprofile im Vergleich
- Amerikanische C-Profile erklärt: C-Kanäle vs. UPN
- Amerikanische W-Träger erklärt: Was W8x31 wirklich bedeutet
- SHS, RHS oder CHS? Das richtige Hohlprofil wählen
- DXF-Datei ohne AutoCAD öffnen (kostenloser Online-Viewer)
- Stahl zuschneiden mit minimalem Verschnitt (Zuschnittoptimierung 101)
- Pulverbeschichtung: Kosten pro m² und pro kg erklärt
- Was wiegt ein Stahlflansch? Formel und Rechner
- Welcher Stahlträger für welche Spannweite? Schnelle Dimensionierungshilfe
- IPE, HEA oder HEB? So wählen Sie den richtigen Stahlträger
- Warum die Aluminiumpreise steigen: LME-Lieferkettenfaktoren für Einkäufer erklärt
- Runde vs. Rechteckrohre: Metalldurchbiegung verstehen
- Messing und Bronze: Technische Eigenschaften und industrielle Anwendungen
- Stahlsorten: Vor- und Nachteile beim Biegen, Schweißen und Zerspanen
- Metallpreise 2026: Was Industrieeinkäufer wissen müssen
- Edelstahlsorten erklärt: 304, 316 und mehr
- Kragarm vs Einfeldträger: Konstruktionshinweise
- Flächenträgheitsmoment in der Tragwerksplanung verstehen
- Metallgewicht berechnen: Formeln und Beispiele
- Stahl vs Aluminium: Das richtige Material wählen
- Durchbiegung von Stahlträgern verstehen: Ein kompletter Leitfaden
- I-Träger vs. H-Träger: die echten Unterschiede, mit Zahlen
Italiano
- ANSI B4.1 vs ISO 286: classi di accoppiamento equivalenti (RC3 = H7/f6, LN2 = H7/p6, FN2 = H7/s6)
- Portata delle travi IPE: tabella dei carichi per luce
- Schedule dei tubi spiegato: SCH 10, 40, 80, 160 e XXS (NPS, DN, spessore, peso)
- Tondino per cemento armato: diametri, pesi e sezioni (con gli equivalenti USA)
- HSS vs SHS/RHS: profili cavi americani ed europei a confronto
- Profili C americani: come leggerli e il confronto con UPN
- Travi W americane spiegate: cosa significa davvero W8x31
- Aprire un file DXF senza AutoCAD (viewer online gratuito)
- SHS, RHS o CHS? Come scegliere il profilo cavo giusto
- Tagliare barre d'acciaio con il minimo scarto (ottimizzazione del taglio)
- Costo della verniciatura a polvere: al m² e al kg
- Quanto pesa una flangia in acciaio? Formula e calcolatore
- Che trave in acciaio mi serve? Guida rapida alle luci
- IPE, HEA o HEB? Come scegliere la trave in acciaio giusta
- Perché i prezzi dell'alluminio stanno salendo: fattori LME della catena di approvvigionamento spiegati
- Tubi Tondi vs Rettangolari: Comprendere la Deflessione dei Metalli
- Ottone e Bronzo: Proprietà Tecniche e Applicazioni Industriali
- Tipi di Acciaio: Vantaggi e Svantaggi in Piegatura, Saldatura e Lavorazione
- Prezzi dei Metalli 2026: Cosa Devono Sapere gli Acquirenti Industriali
- Gradi di Acciaio Inox Spiegati: 304, 316 e Altri
- Mensola vs Trave Appoggiata: Considerazioni Progettuali
- Capire il Momento d'Inerzia nella Progettazione Strutturale
- Come Calcolare il Peso del Metallo: Formule ed Esempi
- Acciaio vs Alluminio: Scegliere il Materiale Giusto
- Capire la Flessione delle Travi in Acciaio: Guida Completa
- Trave a I vs trave a H: le vere differenze, con i numeri