h2physics 0.2.0 (Alpha)

h2physics 0.2.0 — Alpha research release

Eight selected model-level extensions add indoor HyRAM accumulation and conditional peaks, evidence-bound FA/DDT screening, stored-pressure mechanical work and weak-wave loads, linear structural dynamics, actual power/liquefaction networks and physical exergy, finite solid redox equilibrium, electrode measurement analysis and coupled PAR balances. Native fluid/chemistry owners and direct Python APIs are reused.

Implementation and software checks are separate from experimental and facility qualification. See the model-level record and release evidence.

Publication and source

• Source tag: v0.2.0, commit efb8f17be9a353e790ea7b2f76a17db7009bcea8.
• PyPI 0.2.0: both downloaded files match their registry SHA-256 and all 375 package Python sources match the frozen Git tag.
• These attached files are the exact verified PyPI files. The Zenodo 0.2.0 deposit preserves the same three files, verified by public download. The existing concept DOI identifies all versions. Publication status records the confirmed service outcomes.
• Existing 0.1.0 source, registry files and archived DOI remain immutable.

Verification

• 92 new and 47 related existing checks: 139 distinct selected cases completed across scientific/native profiles; repeated profile cases are not counted again.
• Both 0.2.0 model CI jobs and the scoped publishing workflow succeeded.
• Actual 0.2.0 local and registry wheel installations outside the checkout pass representative CoolProp, mechanical, structural, electrode and TESPy/ExerPy calculations; pip check reports no broken requirements.
• Broader historical replay retains 61 environment/artifact failures with unchanged baseline outcomes. No full-catalogue accuracy or facility certification is claimed.

Assets

File	Bytes	SHA-256
h2physics-0.2.0-py3-none-any.whl	1669439	c1a9eab69156a4b45ec0379318184047cf275fadf12258b976a843692faf2df2
h2physics-0.2.0.tar.gz	5103895	7ae907cd2ca2b5ef39b7dc70469aeaa0e1d1645f32478a89508ee9ba8d3dda50

Original implementation and documentation: Apache-2.0. Optional engines and data retain their own terms and remain separately installed/acquired. External observations, native engine copies, credentials and local execution artifacts are excluded.

h2physics 0.1.0 (Alpha)

h2physics 0.1.0

Initial public Alpha research release for composable hydrogen production, storage, transfer, materials and safety calculations through Python APIs.

Contents

• Model parameters, state identities, SI units, clocks and explicit native-provider boundaries.
• CoolProp-backed fluid states and optional qualified table interfaces; specialist engines are installed separately.
• English/Korean README, model manuals, API index, development history, validation evidence and a continuation guide.
• Scientific source metadata and acquisition definitions; external raw data, original source documents, installed native engines and local execution caches are excluded.

Evidence and limits

The catalogue contains 82 entries; recent campaigns use 78 selected topic families. These counts are not independent experimentally qualified models. Separate reports retain input, formula, extreme-value, module-connection, selected regression and representative end-to-end evidence. Four measured comparisons are conditional, and none grants whole-family or whole-facility physical qualification.

The public source has a fresh Git history. Original development history is documented in prose and retained locally; unreviewed local Git objects are not part of this release. Apache-2.0 covers original project work. Optional engines and external observations retain their own licenses.

The attached wheel/source archive are reviewed local build assets. PyPI publication and Zenodo archival are separate steps. Do not infer a registry upload or DOI from this GitHub release.

Reviewed build

Source commit: 762bfa0348fe2207783924b9e1fc5750b89bc940.

Both archives passed content/source-coherence audits and strict Twine metadata checks. The wheel passed a clean-environment dependency check and isolated installed-package smoke for import, CoolProp state, pipe flow and stack calculation. These are distribution checks, not new physical qualification.

0fccc59658f9cedd5479ef175069f1d41443e7ab05e252b71db572dc18cbd4b6  h2physics-0.1.0-py3-none-any.whl
e274226e3ad3685d60dfe8b5337c4be77db3aac597f75bde8175059038e84f9e  h2physics-0.1.0.tar.gz

Public registry and archival outcome

PyPI 0.1.0 is published: https://pypi.org/project/h2physics/0.1.0/ . The publishing workflow at this frozen tag succeeded; registry digests and all 365 package Python files were verified against the public Git revision, and isolated public-index installation plus documented smoke calculations passed.

Zenodo software archive: https://zenodo.org/records/23886390 . Version DOI: https://doi.org/10.5281/zenodo.23886390 ; all-version DOI: https://doi.org/10.5281/zenodo.23886389 . Its three downloaded assets match the attached reviewed GitHub assets byte-for-byte. PyPI uses separate Linux CI build objects; their archive hashes differ and are recorded independently in the current repository receipt.

Current publication/verification receipt: https://github.com/lyullee/h2physics/blob/main/docs/REGISTRY_ARCHIVE_RECEIPT_0_1_0.md . Initial archives retain build-time documentation; use current GitHub manuals for completed service status. No additional scientific qualification is claimed.