Index Catalog // MDR

Skip to Content

Home
About
Help
Contact
Login

Search MDR

Search Constraints

Start Over

Filtering by: Creator NISHIKAWA, Hideaki Remove constraint Creator: NISHIKAWA, Hideaki Language English Remove constraint Language: English

« Previous | 1 - 10 of 126 | Next »

relevance
date uploaded ▼
date uploaded ▲
date modified ▼
date modified ▲

Number of results to display per page

10 per page
20 per page
50 per page
100 per page

View results as:

List Gallery Masonry Slideshow

Search Results

DATA SHEETS ON ELEVATED-TEMPERATURE, TIME-DEPENDENT LOW-CYCLE FATIGUE PROPERTIES OF SUS304-HP (18Cr-8Ni) HOT ROLLED STAINLESS STEEL PLATE

Resource Type:

Other

Creator:

NAGASHIMA, Nobuo, FURUYA, Yoshiyuki, TAKEUCHI, Etsuo, NISHIKAWA, Hideaki, and HIRUKAWA, Hisashi

Date Uploaded:

01/04/2020

Date Modified:

15/06/2020
DATA SHEETS ON FATIGUE PROPERTIES FOR BUTT WELDED JOINTS OF SPV50 STEEL PLATE FOR PRESSURE VESSELS - Effect of Stress Ratio -

Resource Type:

Other

Creator:

HIRUKAWA, Hisashi, TAKEUCHI, Etsuo, NAGASHIMA, Nobuo, FURUYA, Yoshiyuki, and NISHIKAWA, Hideaki

Date Uploaded:

01/04/2020

Date Modified:

15/06/2020
DATA SHEETS ON LOW-CYCLE FATIGUE PROPERTIES AT ELEVATED TEMPERATURES FOR WELD AND BASE METALS OF SCMV 2-2 NT (1Cr-0.5Mo) LOW ALLOY STEEL PLATE FOR BOILERS AND OTHER PRESSURE VESSELS

Resource Type:

Other

Creator:

FURUYA, Yoshiyuki, TAKEUCHI, Etsuo, NAGASHIMA, Nobuo, NISHIKAWA, Hideaki, and HIRUKAWA, Hisashi

Date Uploaded:

01/04/2020

Date Modified:

15/06/2020
DATA SHEETS ON FATIGUE PROPERTIES OF S25C (0.25C) STEEL FOR MACHINE STRUCTURAL USE

Resource Type:

Other

Creator:

NISHIKAWA, Hideaki, TAKEUCHI, Etsuo, HIRUKAWA, Hisashi, NAGASHIMA, Nobuo, and FURUYA, Yoshiyuki

Date Uploaded:

01/04/2020

Date Modified:

15/06/2020
DATA SHEET ON ULTRASONIC FATIGUE PROPERTIES OF SCM440(0.40C-1Cr-0.2Mo) STEEL FOR MACHINE STRUCTURAL USE

Resource Type:

Other

Creator:

NAGASHIMA, Nobuo, FURUYA, Yoshiyuki, NISHIKAWA, Hideaki, HIRUKAWA, Hisashi, and TAKEUCHI, Etsuo

Date Uploaded:

01/04/2020

Date Modified:

15/06/2020
DATA SHEET ON LOW-AND HIGH-CYCLE FATIGUE PROPERTIES OF A7075-T6 (Al-5.6Zn-2.5Mg-1.6Cu) ALUMINIUM ALLOY

Resource Type:

Other

Creator:

TAKEUCHI, Etsuo, HIRUKAWA, Hisashi, NISHIKAWA, Hideaki, NAGASHIMA, Nobuo, and FURUYA, Yoshiyuki

Date Uploaded:

01/04/2020

Date Modified:

15/06/2020
DATA SHEETS ON FATIGUE PROPERTIES FOR BUTT WELDED JOINTS OF SUS304-HP (18Cr-8Ni) HOT ROLLED STAINLESS STEEL PLATE - Effect of Stress Ratio -

Resource Type:

Other

Creator:

HIRUKAWA, Hisashi, TAKEUCHI, Etsuo, NAGASHIMA, Nobuo, NISHIKAWA, Hideaki, and FURUYA, Yoshiyuki

Date Uploaded:

01/04/2020

Date Modified:

15/06/2020
DATA SHEETS ON ELEVATED-TEMPERATURE, TIME-DEPENDENT LOW-CYCLE FATIGUE PROPERTIES OF ASTM A470-8 (1Cr-1Mo-0.25V) STEEL FORGING FOR TURBINE ROTORS AND SHAFTS

Resource Type:

Other

Creator:

FURUYA, Yoshiyuki, NISHIKAWA, Hideaki, TAKEUCHI, Etsuo, HIRUKAWA, Hisashi, and NAGASHIMA, Nobuo

Date Uploaded:

01/04/2020

Date Modified:

15/06/2020
DATA SHEET ON GIGA-CYCLE FATIGUE PROPERTIES OF Ti-6Al-4V (900MPa CLASS) TITANIUM ALLOY

Resource Type:

Other

Creator:

NISHIKAWA, Hideaki, TAKEUCHI, Etsuo, NAGASHIMA, Nobuo, FURUYA, Yoshiyuki, and HIRUKAWA, Hisashi

Date Uploaded:

01/04/2020

Date Modified:

15/06/2020
DATA SHEETS ON FATIGUE PROPERTIES FOR LOAD-CARRYING CRUCIFORM WELDED JOINTS OF SM50B ROLLED STEEL FOR WELDED STRUCTURE - Effect of Specimen Size -

Resource Type:

Other

Creator:

NAGASHIMA, Nobuo, NISHIKAWA, Hideaki, HIRUKAWA, Hisashi, FURUYA, Yoshiyuki, and TAKEUCHI, Etsuo

Date Uploaded:

01/04/2020

Date Modified:

15/06/2020

« Previous
Next »
1
2
3
4
5
…
12
13

Limit your search

Type of work

Publication126

Language

English[remove]126

Publisher

National Institute for Materials Science126

Resource type

Other126

Visibility

open126

Date

19788
19798
19808
19857
19846
more Dates »

Creator

FURUYA, Yoshiyuki126
HIRUKAWA, Hisashi126
NAGASHIMA, Nobuo126
NISHIKAWA, Hideaki[remove]126
TAKEUCHI, Etsuo126

National Institute for Materials Science

Research Network and Facility Services Division (RNFS)
Materials Data Platform

© 2020–2024 National Institute for Materials Science. Works are available under licenses specified on their pages.

Terms of Use
Privacy Policy
Data Platform DICE
NIMS Digital Library