I find myself googling random materials properties all the time. Is there a book or single reference area that I can get that will just tell me everything I need to know about a specific material. Almost like an encyclopedia for materials (plastics, metals, ceramics, etc..) ? I feel like there must be but I am just not finding what I am looking for online.
Seems like there's a pretty decent menu of levers here for the government to choose from if they wanted to lower the price of housing:
- Remove negative gearing
- Raise home loan interest rates
- Cap/limit on max number of properties owned per person (1 PPOR + 1 IP/holiday home)
- Remove tax breaks / CGT discounts for investment properties unless new build
- Higher density zoning & construction in desirable urban areas/near train stations
- Stricter punishments for those lying on loan applications/approving "liar loans"
- Create better/faster public transport links
- Tax breaks/incentives for businesses to establish offices in regional areas
- Restrictions on ownership of Australian property by non-residents
- Stricter cap on debt-to-income ratios on home loans
- Add PPOR to pension asset means test
- Relax zoning laws/restrictions
- Timing rules for more frequent land releases by developers
- Stricter regulations for better build quality of apartments
- Abolish stamp duty in favour of land tax to increase liquidity in market
- Builders incentivised to create more medium density to flesh out the "missing middle" (more decent townhouses/terrance style builds with small yards, etc.)
- Companies permanently accommodating Work from Home jobs
- Reducing % of CGT paid on shares/stocks to encourage productive investment vs. property
- Apartments better designed with pet owners in mind (communal lawns/parks, soundproofed walls, etc)
- Further investment into/creation of "satellite cities" connected by high speed rail
... any others missing that could be added to the list? Or commentary on unintended economic side-effects some could/would have?
Edit: additions from suggestions below:
- increased construction of social housing
- greater proliferation of 'build-to-rent' accommodation
- levies for unoccupied investment properties
- more favourable rules / rights for renters
- land prices to be included in CPI calculations
- scale stamp duty based on # of properties purchased
- provide greater incentives/easier processes for retirees to downsize
(also note I'm not necessarily in favour of any of these in particular, they are just actions that theoretically could be taken to lower property prices)
Title basically explains it all. I'm graduating this year from a California law school, and don't have much of a 'plan' after graduating.
What I do know is I fucking loved Property and Community Property class, it just made sense and was pretty intuitive for me.
I'm currently working part time for a solo-practitioner who does small business GC, as well as some estate planning and IP. I specifically picked this opportunity because of the variety of fields to try to find something that speaks to me.
If you loved Property and Community Property class, what type of law would you pursue?
Thank you very much in advance for any input!
Given that we’ve seen glyphs can be combined into what are essentially larger glyph circles, as well as having minor alterations to their drawing impacting how they function (IE: ice glyphs in AITE) it makes sense that glyphs may be even more versatile than we know.
Paper folding at least potentially impacts the function of them, as Lilith folds the paper she uses to give Hooty an ice crown, so would more complex folds have an effect? Would folding an animal and then combining it with plant and light glyphs animate it, at least temporarily? Additionally, Eda’s glyphs pyramid wasn’t a complete failure. It did do something besides exploding. So what if it is possible to program a pyramid to function properly? And, if using several glyphs at once “confuses” it, what if that can be used to subdue witches? Ruin their spells by essentially ruining their ability to focus magic into one spell.
Ideally I'd love to see a wikipedia article entitled "list of commercial properties owned by the mormon church."
The commercial cult has given so much of the widow's mite to google to suppress this.
https://www.google.com/search?q=commercial+properties+owned+by+the+mormon+church&oq=commercial+properties+owned+by+the+mormon+church&aqs=chrome..69i57j33i160.10052j0j7&sourceid=chrome&ie=UTF-8
Hi all,
I'm working on a project where I need to analyze different refractory-level (600 deg C+) materials (like ceramic fiber, aerogel or refractory cement) for their thermal conductivity, density, and cost. I also need to find density, cost, heat of fusion, and specific heat capacity of materials, looking for high energy density.
What are some resources that have reliable enough information to cite in a research paper, and how would I go about citing them? Thank you!
Trying to get ahead on as much reading as I can over break so I can have a chill final semester. I was able to get my hands on the syllabus for this past semester's honors section, but idk if there would be any material differences between that and a non-honors section.
Hello guys. I'm have done modeling some of the properties of 2D materials using DFT. I have used a Quantum Espresso for this thing. So I have gotten some information about total energy and so on. And now I want to describe some of the optical properties of my material. I heard that the Yambo may be good for this. Are there is any other program that I can use for that?
Something like a catalogue of materials. Mainly interested in metals.
To my understanding, malleability is a material's ability to be shaped (as opposed to being brittle and failing) and ductility is a material's ability to be drawn into wire. Is drawing into wire not simply a certain way to shape something? Are there materials that are malleable, but not ductile? Are there materials that are ductile, but not malleable? If these materials exist, why do they behave the way they do?
I'm on a project now where I need to model the stress relaxation behavior of a couple of polymers for an interference press fit. What is a good resource for getting material properties beyond the linear elastic ones? Resources that can be cited as evidence during regulatory reviews.
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