Hello, everyone.
This is Enta.
Isn't it about time the freshmen started to crack under the pressure?? lol
Spring is that kind of time of year, isn't it? lol
Based on my experience, I don't think you need to go out of your way—I just want you to steadily do the work you're assigned.
That was how I felt—ever since I joined the company, I’ve always thought it was tedious, a drag, and a hassle.
But before I knew it, I had gotten to the point where I could do it to some extent.
Well, I guess I was lucky to have good seniors and bosses, lol. Am I patient? lol
I think I was able to take it pretty easy.
I get the feeling that young people these days are so capable that it’s probably okay to just leave them to their own devices.
If a subordinate isn't performing well, is the boss also to blame?
How would you feel if someone said something like that to you?
But that's beside the point.
Isn't placement one of the biggest challenges when working with frame construction?
It’s easy on a smooth, flat slope, but on a sloping surface with undulations, I think there are roughly three types.
1. Create standard grids based on the inflection points of the curvature and align them with each other.
2. Gather irregular squares at the inflection point of the curve to create regular squares on either side.
3. Divide the vertical pitch evenly to form a fan shape.
I think this is generally how the work will be done.
So, when it comes to which option offers the best workability and cost-effectiveness,
2.
The reason is,It's less work to make a lot of standard squares.
Also, since the irregular squares are concentrated in one area,
If an experienced slope construction worker handles the work there, the construction speed will increase.
In Case 1, it looks better when the mountain has extreme curvature.
((Actually, it's not much different from 1.)
In the case of option 3, it looks really nice, but it’s a lot of work.
(It takes time to cut them all.)
In the construction industry, cost-effectiveness is the top priority.
During the design phase, a cost-benefit analysis is conducted, and the most cost-effective construction method is selected.
Cost-effective = Simple structure = High potential for profit
Please take into account the on-site conditions, the direction of the mountain, the scenery, and other factors.
Well, that's it for now.
