Do any of you actually use AI often?
I see all kinds of stuff saying people are using it a lot but I don't know anyone that uses it.
Discussion
I am using gpt4all to prompt sometimes. Can be usefull
I use it for research. And to debug my code. And to write corporate emails that I don't want to write
That's pretty much my exact use case. If I'm having trouble figuring out a programming problem that I'm not that great on, I can usually plop my shitty code in there and it gets me something that at least works.
Also use it for website copy and business related shit that I don't really want to write myself because I'm terrible at using a business tone.
I've tried to get it to write code for me but it is a terrible coder. Crap code that doesn't work half the time. But strangely it is a fantastic debuger
My dad, an engineer 70+, who worked in the same company for 40years, climbing the ladder of success from a rookie up to the board member, has always had his case that you absolutely have to go to university to achieve something in life in response to our children being #unschooled.
I told him about #AI and he was like "yeah, right. Type -welding processing-".
I did. He was in absolute dismay to see how thoroughly and professionally all technical aspects were described..in 10 seconds, in Polish...
Here's #welding processing for you 🤪
Welding processing is the technique of joining two or more materials, usually metals or thermoplastics, by using heat, pressure, or both to create a strong bond. This process is essential in a variety of industries, including construction, automotive, aerospace, manufacturing, and shipbuilding. Here’s a breakdown of key aspects of welding processing:
### 1. **Types of Welding Processes**
- **Arc Welding**: Uses an electric arc to melt metals at the welding point. Common types include:
- **MIG (Metal Inert Gas) Welding**: Utilizes a continuous wire feed as an electrode and an inert gas, typically argon, to shield the weld from contaminants.
- **TIG (Tungsten Inert Gas) Welding**: Employs a tungsten electrode and inert gas to create precise, clean welds.
- **Stick Welding (Shielded Metal Arc Welding)**: Uses a consumable electrode covered in flux; a common technique for outdoor applications.
- **Gas Welding (Oxy-Acetylene Welding)**: Uses a torch fueled by oxygen and acetylene to heat and melt the base materials.
- **Resistance Welding**: Generates heat through resistance to an electric current passing through the materials. Spot welding is a popular type.
- **Laser Beam Welding**: Uses a laser to provide high precision, often in high-tech industries.
- **Electron Beam Welding**: Employs a focused beam of electrons to melt materials, used for very deep welds.
### 2. **Welding Materials**
- **Base Metals**: The materials being joined, typically metals like steel, aluminum, titanium, or alloys.
- **Filler Metals**: Sometimes added to create a strong joint, especially for thick materials or certain types of welds.
- **Shielding Gas**: Inert gases like argon, helium, or a mix are used to shield the weld area from contaminants.
### 3. **Welding Techniques**
- **Butt Welding**: The ends of two pieces are joined end-to-end, common in pipelines and structural components.
- **Fillet Welding**: Creates a triangular joint by joining two surfaces at an angle, used in T-joints.
- **Groove Welding**: Involves welding a groove between two members; used for thicker metals.
- **Spot Welding**: Common in sheet metal applications; joins two overlapping sheets at small spots.
### 4. **Safety in Welding**
- **Protective Gear**: Welders need helmets with darkened visors, gloves, aprons, and sometimes respiratory protection to shield themselves from ultraviolet light, fumes, and heat.
- **Ventilation**: Necessary to prevent inhalation of harmful fumes, especially when working with metals that emit toxic gases.
### 5. **Heat Treatment and Post-Processing**
- **Stress Relief**: Some materials require heat treatment after welding to relieve stress and reduce potential for cracking.
- **Surface Finishing**: May include grinding, polishing, or coating to improve aesthetics or corrosion resistance.
### 6. **Quality Control**
- Techniques like **ultrasonic testing**, **X-ray testing**, and **dye penetrant inspection** are used to ensure weld integrity, checking for cracks, porosity, or inclusions that could weaken the joint.
### 7. **Applications**
- **Construction**: Steel structures, bridges, and buildings rely heavily on welding.
- **Automotive and Aerospace**: Used for vehicle frames, body panels, and critical aerospace components.
- **Manufacturing**: Produces components for machinery, appliances, and consumer goods.
- **Shipbuilding**: Critical for joining hulls and structural components.
Welding processing is a sophisticated field that combines physics, engineering, and metallurgy, with constant developments in techniques, automation, and materials.