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Cake day: July 6th, 2023

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  • FUCKING DOING OUR JOB AS TRANSPORT MODELLERS AND DOING A FUCKING COST BENEFIT ANALYSIS THAT SHOWS YOU’RE NEVER GOING TO GET FUCKING MODE SHIFT FROM RURAL USERS UNLESS YOU RUN A FUCKING METRO STYLE 10 MINUTELY SERVICE WHICH IS FUCKING UNFEASIBLE WITH THE FUCKING RESOURCES WE HAVE AVAILABLE.

    IN THE FUCKING UK WE HAVE A LARGE NUMBER OF FUCKING ABANDONED RAILWAYS FROM THE PERIOD OF FUCKING COAL MINING THAT WOULDN’T HAVE ANYWHERE NEAR THE FUCKING DEMAND NECESSARY TO JUSTIFY SETTING UP AN EXPENSIVE AS FUCK SIGNALLING SYSTEM TO BRING THEM UP TO MODERN FUCKING SAFETY STANDARDS, ALONGSIDE REPLACING THE FUCKING RAILS, SLEEPERS AND BEDS.

    IF INSTEAD YOU CAN HAVE A FUCKING PUBLICALLY OWNED FLEET OF FUCKING ELECTRIC ‘MINI TRAINS’ THAT PEOPLE COULD USE FOR INFREQUENT BUT NECESSARY TRIPS, THAT COULD REMOVE A FUCKING SIGNIFICANT BARRIER TO MODE SHIFT, WHICH WOULD BE PRETTY FUCKING RAD


  • chumbalumber@lemmy.blahaj.zonetolinuxmemes@lemmy.worldPerpetual Energy
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    6 months ago

    Tbh any turbine likely has the potential to be blocked, if two come along at once, making one become trapped between the turbine blade and the wall.

    For maximal efficiency, I would suggest a spring-loaded ring of rollers inside a solid metal ring, conforming to the shape of passing Linux users. The dynamos would need to be calibrated such that the stiction of passing users is enough to slow their fall to match the current flow rate of entering users (n.b. is this doable? If not may need to use the spring pressure for this) to ensure maximal energy extraction for available user flow.






  • Frankly that’s a pretty rude and disingenuous reply. You wouldn’t treat me like that in person, and I see no reason why you should online.

    If you’re genuinely interested in an answer, soft systems methodology is a framework for decision making. By its nature it is not intended to make value judgements or dictate how you should build a good society, beyond the implicit assumption that any solution should come from clear consultation with everyone involved in the problem situation. What it is intended to do is provide a way for engineers and policy makers understand the problem situation they are stepping into, explicitly consult all the stakeholders involved, and develop clear definitions of the system they’re working with so that solutions can deal with the root cause of problems, rather than surface level measures.

    To take an example tool, let’s consider applying system archetypes, and specifically success to the successful. The obvious application is the current economic system, where wealth begets wealth (landlords, investment banking, etc.). If we as policy makers wish to counteract this feedback loop, then we know that wealth redistribution will only go so far, since the reinforcing feedback loop will force more wealth to those who already possess it. Instead, if we want equity, we need to decouple that feedback loop, by e.g. restricting the number of properties a landlord can own.

    As I initially said, it is just a tool, and I’ve only covered a small part of it, but it is one that explicitly forces policy makers to consult stakeholders and allows us to effectively model complex social systems to bring about real societal change.








  • Sure, but you could have stoppers within the state to the capital, then a high speed interstate train, and then a slower stopper the other end.

    There’s also transport solutions like shared car fleets the other end of the high speed train (in effect short term rental) so you make the inefficient miles be done individually, but the main leg with the high demand a rail one.

    There are plenty of trips that could be made more efficient with sufficient will and imagination among transport planners